2023Unpublished venueOpen access

A dynamic logic gate without switching power

C. Mathiazhagan

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Abstract

A dynamic logic gate without switching power using an inductor! A new dynamic logic gate that consumes almost no switching power is presented. The stored energy on the load capacitance is transferred to an inductor during logic evaluation and recovered back during precharge. Simulations indicate that such integrated logic gates are possible. They consume about three times less power compared to conventional CMOS or dynamic logic gates.

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A dynamic logic gate without switching power using an inductor! A new dynamic logic gate that consumes almost no switching power is presented. The stored energy on the load capacitance is transferred to an inductor during logic evaluation and recovered back during precharge. Simulations indicate that such integrated logic gates are possible. They consume about three times less power compared to conventional CMOS or dynamic logic gates.

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Available abstract

A dynamic logic gate without switching power using an inductor! A new dynamic logic gate that consumes almost no switching power is presented. The stored energy on the load capacitance is transferred to an inductor during logic evaluation and recovered back during precharge. Simulations indicate that such integrated logic gates are possible. They consume about three times less power compared to conventional CMOS or dynamic logic gates.

Key concepts: AND-OR-Invert, Pass transistor logic, Logic gate, Dynamic logic (digital electronics), Logic family, Logic level, Dynamic demand, Power (physics)

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