Analytical Review of CNTFET-based Standard Ternary Inverter

Ternary logic is a preferable alternative to binary logic since it has more logic states. Ternary circuits minimize chip size and connection complexity, resulting in low power consumption and a faster response time. Existing standard ternary inverter circuits for nanotechnology are compared in this paper. STIs are designed around the unique properties of carbon nanotube field transistors, such as the capability to change diameter and get the desired threshold voltage. This property of CNTFETs makes them appropriate for multiple-V
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design methods. STIs are simulated using the Synopsys HSPICE with 32nm-CNTFET technology. The comparison demonstrates that adjusting the temperature and supply voltage resulted in improvements in terms of power usage, latency, and other process changes.