Low-Power And Area-Efficient Shift Register Utilizing Beat Latches

Abstract

This paper proposes a low-power and zone effective move enlist using beat locks. The range and power utilization are lessened by superseding flip-flops with beat locks. This technique settles the planning bind between beat hooks through the use of different non-cover postponed beat check motions instead of the regular single beat clock flag. The move enroll uses a modest number of the beat clock motions by gathering the locks to a few sub shifter enlists and using incidental fleeting stockpiling hooks. A 256-piece move enlists using beat hooks was outlined using Verilog HDL. The proposed move enroll jam region and power contrasted with the customary move enlists with flip-flops.