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- W3120164241 abstract "Record this design change using TSPC pulse latches and clock generator circuit with GDI AND gate and single delay cell. The proposed method reduces waste of space and energy with the Mentor Graphics 130nm tool. Here, the proposed method is compared with the two conventional shift register methods. In a traditional method, the shift register was designed using a PPCFF (Power-PC style flip-flop). The flip-flop based shift register required a one hour signal per flip to work. In the second method, the shift register was designed using SSASPL (Static Differential Sense Amplifier Pulse Lock) and a clock generator circuit with a simple AND gate and some delay cells. To operate the pulse latch, the pulse clock signals (part of the clock signal) are sufficient. The gateway must continue to move forward and reverse data sources can also be recovered from returns. At the point where the device meets these two conditions, the second law of thermodynamic elements ensures that heat does not spread. Fans can't go out and recharge. Reverse logic applications have applications in various fields, including quantum computing, optical computing, nanotechnology, computer graphics, VLSI technology, etc. Low speed as reverse logic has recently gained its importance due to its low power characteristic. In addition, a relative review of waste performance, quantitative cost, and input quantities is provided. The circuit was implemented and recreated using Xilinx programming. Reverse logic is today's advanced field of view. The aim of this article is to get acquainted with the different types of combinational circuits such as whole circuits, whole circuits, and multiplexes, and to compare using a reverse decoder circuit at the lowest quantitative cost." @default.
- W3120164241 created "2021-01-18" @default.
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- W3120164241 date "2020-12-26" @default.
- W3120164241 modified "2023-09-28" @default.
- W3120164241 title "Design Of High Speed Shift Registers Using Pulsed Latches" @default.
- W3120164241 hasPublicationYear "2020" @default.
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