中文摘要：

用为被触发脉搏的正反器的传播电压开关理论的一种结构和一个设计方法被建议，它是合适的因为各种被触发脉搏的正反器和没有额外的技术被需要消除内部节点的切换的活动。基于建议结构和设计技术，二搏动了正反器被实现并且模仿。建议搏动的正反器有简单电路结构。 HSPICE 模拟证明建议搏动的 D 正反器在延期在17.2%超过常规搏动的 D 正反器，30.1%与搏动的 D 相比在 power-delay-product ( PDP )和建议搏动的作业正反器有低力量和小 PDP 搏动的正反器，证实建议结构和设计技术简单、实际。

英文摘要：

A kind of structure and a design method using transmission voltage-switch theory for pulse-triggered flip-flops were proposed, which are suitable for all kinds of pulse-triggered flip-flops and no extra techniques are needed to eliminate the switching activities of internal nodes. Based on the proposed structure and design technique, two pulsed flip-flops were implemented and simulated. The proposed pulsed flip-flops have simple circuit structures. HSPICE simulation shows that the proposed pulsed D flip-flop outperforms the conventional pulsed D flip-flop by 17.2% in delay and 30.1% in power-delay-product （PDP） and the proposed pulsed JK flip-flop has low power and small PDP compared with pulsed D pulsed flip-flops, confirming that the proposed structure and design technique are simple and practical.