Fundamental Design Approach: Realization of Decoder Block for Secured Transmission

Authors

  • Fahad Al-Jame
  • Rana A. Al-Fares
  • Wesam Ali
  • H. Ashour
  • Nimer Murshid

DOI:

https://doi.org/10.31838/jvcs/05.01.08

Keywords:

Body Biasing; Decoder; CNTFET; Source Biasing.

Abstract

VLSI technology is essential for chip fabrication, and 3 to 8 decoder circuits are used in electronic gadgets; consistency of design, small, fast, in this proposed circuit, 3 to 8 decoder is implemented using 20nm CNTFET technology. 3 to 8 decoders are the key segments in some real-time applications. For the most recent couple of years, the minuscule size of MOSFET, which is under many nanometers, made some operational issues, for example, expanded entryway oxide leakage, intensified intersection leakage, high sub-limit conduction. The proposed model is recreated utilizing Cadence virtuoso with 20nm CNTFET nodes.

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Published

2022-10-12

How to Cite

Fahad Al-Jame, Rana A. Al-Fares, Wesam Ali, H. Ashour, & Nimer Murshid. (2022). Fundamental Design Approach: Realization of Decoder Block for Secured Transmission. Journal of VLSI Circuits and Systems, 5(01), 55–60. https://doi.org/10.31838/jvcs/05.01.08

Issue

Section

Articles