Abstract: Two novel low power flip-flops are presented in the paper. The proposed flip-flops use new gating techniques that reduce power dissipation ...
Circuit simulations with the inclusion of parasitics show that sensible power dissipation reduction is possible if input signal has reduced switching activity.
Proposed flip-flops use new gating techniques that reduce power dissipation deactivating the clock signal. Presented circuits overcome the clock duty-cycle ...
Two new clock gated flip-flops are presented. The designs are based on new clock gating approaches to reduce the consumption of clock signal's switching power.
In this paper, two novel low power flip-flops will bepresented. Proposed flip-flops use gating techniques to gain lowpower operation and show no limitation on ...
Two novel low power flip-flops use new gating techniques that reduce power dissipation deactivating the clock signal and overcome the clock duty-cycle ...
The use of clock-gated flip-flops results in a power saving of 17% for the 8 bit counter and of 38% for the 16 bit counter. Conclusions: In this Letter a new ...
Two novel low power flip-flops are presented in the paper. The proposed flip-flops use new gating techniques that reduce power dissipation deactivating the ...
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The proposed flip-flops use new gating techniques that reduce power dissipation deactivating the clock signal. The presented circuits overcome the clock ...
A new clock gating technique incorporating Leakage Control Transistor is presented and an impressive reduction in power, delay and latency is observed.