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Low-Power Adiabatic Flip-flops and Sequential Circuits Using Three-Phase AC Power Supply

Jianping Hu

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Abstract

We present a dual transmission gate adiabatic logic (DTGAL) for low-power design, which is driven by three-phase AC power supply. First, the energy recovery principle in CMOS circuits is analyzed. Then, the adiabatic D, T and JK flip-flops are proposed. A practical sequential system designed with the adiabatic D flip-flop is demonstrated. SPICE simulations demonstrate that the designed circuits have correct logic function and considerable power saving.

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What this paper is about

We present a dual transmission gate adiabatic logic (DTGAL) for low-power design, which is driven by three-phase AC power supply. First, the energy recovery principle in CMOS circuits is analyzed. Then, the adiabatic D, T and JK flip-flops are proposed. A practical sequential system designed with the adiabatic D flip-flop is demonstrated. SPICE simulations demonstrate that the designed circuits have correct logic function and considerable power saving.

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Available abstract

We present a dual transmission gate adiabatic logic (DTGAL) for low-power design, which is driven by three-phase AC power supply. First, the energy recovery principle in CMOS circuits is analyzed. Then, the adiabatic D, T and JK flip-flops are proposed. A practical sequential system designed with the adiabatic D flip-flop is demonstrated. SPICE simulations demonstrate that the designed circuits have correct logic function and considerable power saving.

Key concepts: Adiabatic circuit, Adiabatic process, Computer science, Electronic circuit, Spice, Power (physics), FLOPS, Sequential logic

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