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Title: Low Power Multi-Bit Flip-Flops Design for VLSI Applications

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Title:
Low Power Multi-Bit Flip-Flops Design for VLSI Applications
Author Name:
Mahesh Kumar Mulakala, C. Nithil Das
Abstract:
The utilization of power has turned into a smoldering issue in current VLSI design. Power consumption can be lessened by substituting some flip-flops with less multi-bit flip-flops. Multi-bit flip-flops are one of the strategies for reducing the clock power consumption. This project concentrates on diminishment of clock force utilizing multi-bit flip-flops by clock synchronization. Diminishment of the clock power consumption with two single bit flip-flops are synchronized with single clock pulse. Uniting single bit flip-flops into one multi-bit flip-flop evades duplicate inverters, brings down the aggregate clock power utilization which lessens the total area. A mixture table is fabricated to acquire a multi-bit flip-flop which can store the flip-flops that can be consolidated. This task concentrates on D flip-flop which builds the loading of the clock signal. QCL adder is utilized as an application for multi-bit flip-flop. Highest ‘1’ bit finding algorithm is utilized to discover the highest 1 bit from the yield of QCL adder. This calculation checks the yield of QCL adder in each one cycle.
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