High speed and low power preset

MOS數量的多寡會影響整體電路的導通速度與消耗功率,為了設計有低功耗且高速的電路, 我們選擇了E-TSPC 架構,它相較於傳統D flip flop 節省10 顆MOS,相較於TSPC 架構也節省3 顆MOS。

The objective of the project is to compare the power consumption, speed, and area utilization of a True Single-Phase Clock (TSPC) based flip-flop with that of a conventional CMOS Master-Slave D flip-flop.

In this paper, we present the details of a high-speed, double-edge-triggered D-flip-flop with low power consumption and True Single Phase Clocking. With the TSP.

In this paper, an audit on Dynamic Flip Flop and GNRFET is introduced. The power is improved in the proposed circuit for the D flip flop TSPC. As indicated by the past inquires about, some common D flip-flops with incredible execution have been introduced

They are based upon the TSPC logic which allows to represent the design of D flip flop with smaller area and lower power consumption as compared to master-slave configuration based D flip flop. Index Terms: AVL technique, D flip flop, MTCMOS technique, TS

In this paper we proposed a modified positive edge triggered TSPC D flip-flop (MTSPC DFF) which is some extended version of positive edge triggered TSPC D flip-flop.