2002•Unpublished venueRequires access

CMOS wave pipelining using transmission-gate logic

Xuguang Zhang, Rishika Iytha Sridhar

Open publisher page 15 citations

Abstract

A design method using CMOS Transmission-Gate Logic (TGL) is presented for wave-pipelined circuits implementation. The basic circuits, referred to as Wave-pipelined Transmission-Gate Logic (WTGL), have complementary outputs driven by separate inverters. Timing analysis and simulation of the basic logic circuits demonstrate that delay variations for all input pattern combinations ace considerably reduced. Most importantly, the basic circuits can implement various logic functions with gate delays of the same magnitude. Practical circuits are designed and they verify the advantages of WTGL technique.>

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What this paper is about

A design method using CMOS Transmission-Gate Logic (TGL) is presented for wave-pipelined circuits implementation. The basic circuits, referred to as Wave-pipelined Transmission-Gate Logic (WTGL), have complementary outputs driven by separate inverters. Timing analysis and simulation of the basic logic circuits demonstrate that delay variations for all input pattern combinations ace considerably reduced. Most importantly, the basic circuits can implement various logic functions with gate delays of the same magnitude. Practical circuits are designed and they verify the advantages of WTGL technique.>

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OpenAlex reports 15 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A design method using CMOS Transmission-Gate Logic (TGL) is presented for wave-pipelined circuits implementation. The basic circuits, referred to as Wave-pipelined Transmission-Gate Logic (WTGL), have complementary outputs driven by separate inverters. Timing analysis and simulation of the basic logic circuits demonstrate that delay variations for all input pattern combinations ace considerably reduced. Most importantly, the basic circuits can implement various logic functions with gate delays of the same magnitude. Practical circuits are designed and they verify the advantages of WTGL technique.>

Key concepts: CMOS, Transmission gate, Electronic circuit, Computer science, Logic gate, Electronic engineering, Transmission (telecommunications), Pass transistor logic

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