Journal Of VLSI Circuits And Systems

ISSN 2582-1458

2019, Vol: 1, Issue: 1

1 / 1Current Issue Online First Archive Aims and Scope Abstracting & Indexing Most Accessed Articles Most Downloaded Articles Most Cited Articles

JVCS. Year: 2019, Volume: 1, Issue: 1

Technical Note

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » PDF» doi: 10.31838/jvcs/01.01.01» Cited: 8

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » PDF» doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » PDF» doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » PDF» doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » PDF» doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » PDF» doi: 10.31838/jvcs/01.01.06» Cited: 21

Most Viewed Articles

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
Nicolo
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Nicolo
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
Nicolo
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
Nicolo
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
Nicolo
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
Nicolo
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

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HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
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» Abstract

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
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» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
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JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Nicolo
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
Nicolo
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
Nicolo
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
Nicolo
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
Nicolo
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
Nicolo
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01

HIGH SPEED AND RELIABLE DOUBLE EDGE TRIGGERED D- FLIP-FLOP FOR MEMORY APPLICATIONS
NGO TIEN HOA, MIROSLAV VOZNAK*
JVCS. 2019; 1(1): 13-17
» Abstract » doi: 10.31838/jvcs/01.01.04

DESIGN OF THE HIGH SPEED AND RELIABLE SOURCE COUPLED LOGIC MULTIPLEXER
MUHAMAD NAZRI BORHAN
JVCS. 2019; 1(1): 18-22
» Abstract » doi: 10.31838/jvcs/01.01.05

HIGH SPEED AND LOWPOWER GDI BASED FULL ADDER
Z.ZAIN
JVCS. 2019; 1(1): 05-09
» Abstract » doi: 10.31838/jvcs/01.01.02

ESTIMATION OF RELIABILITY OF D FLIP-FLOPS USING MC ANALYSIS
K. ISMAIL*, N. H. KHALIL
JVCS. 2019; 1(1): 10-12
» Abstract » doi: 10.31838/jvcs/01.01.03

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Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIONS
AGUS RISTONO*, PRATIKTO BUDI
JVCS. 2019; 1(1): 1-4
» Abstract » doi: 10.31838/jvcs/01.01.01
Cited : 8 times [Click to see citing articles]

Analysis of Low power and reliable XOR-XNOR circuit for high Speed Applications
SULYUKOVA
JVCS. 2019; 1(1): 23-26
» Abstract » doi: 10.31838/jvcs/01.01.06
Cited : 21 times [Click to see citing articles]

DESIGN OF RELIABLE AND EFFICIENT MANCHESTER CARRY CHAIN ADDER BASED 8-BIT ALU FOR HIGH SPEED APPLICATIO