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A low power shift register by using FinFET is proposed in this paper. This is done to achieve improvement in performance of shift register. Previously designed Shift register makes use of CMOS (complementary metal-oxide semiconducter) which dissipates more power as compared to the proposed circuit, so we need a circuit that work on low power. Now we design a shift register by using FinFET technology...
A processor executes a computing job in a certain number of clock cycles. The clock frequency determines the time that the job will take. Another parameter, cycle efficiency or cycles per joule, determines how much energy the job will consume. The execution time measures performance and, in combination with energy dissipation, influences power, thermal behavior, power supply noise and battery life...
Minimizing energy and power consumption of large scale data centers is one of the biggest challenges faced by the high performance computing community. In an over provisioned data center, nodes are power capped to run below their Thermal Design Power (TDP) value and therefore, an over provisioned data center has more nodes than a conventional data center with the same power budget. In this work, we...
Source follower based open loop track and hold circuits are commonly employed at front end of pipelined analog to digital converters. Performance of such track and hold degrades at higher operating frequencies due to non linearity arising due to non ideal MOS switches. In present work, conventional open loop track and hold circuit is implemented and its performance is improved by adopting two switch...
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