Design of Universal logic gates and Majority Gate Using One clock pulse based CMOS Capacitor Coupled Threshold Logic

Arpita Dey, Mili Sarkar, Riddhi Roy, Tamonash Kanti Santra, G. S. Taki
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Abstract

In this era of rapid advancement in IC technology, multi-valued logic is playing a bigger role in incorporating multiple functions within single block. Threshold logic gate using Capacitor coupling logic is one of the most effective methods which has given fruitful results. This research paper presents one capacitor coupling logic (C3L) circuit with one clock pulse to implement the CMOS based threshold logic gates .All the simulations are carried out in TANNER software(T spice) using 250nm technology. Here NOR, NAND, AND, OR and majority gate have been designed using this CCLG(Capacitor Coupling Logic Gate) by changing the value of a reference voltage.
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基于单时钟脉冲CMOS电容耦合阈值逻辑的通用逻辑门和多数逻辑门设计
在这个集成电路技术飞速发展的时代,多值逻辑在将多个功能集成到单个模块中发挥着越来越大的作用。采用电容耦合逻辑的阈值逻辑门是最有效的方法之一,并取得了丰硕的成果。本文提出了一种电容耦合逻辑(C3L)电路和一个时钟脉冲来实现基于CMOS的阈值逻辑门,所有的仿真都是在TANNER软件(T spice)中使用250nm技术进行的。在这里,通过改变参考电压的值,使用CCLG(电容耦合逻辑门)设计了NOR, NAND, AND, OR和多数门。
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