According to the idea of gate freezing, the designs of the logic cells: F-Nand-gate and F-Nor-gate are presented, and then a new kind of RS flip-flop based on F-Gates is proposed. 利用门冻结技术的基本原理,提出了基于F门的逻辑单元电路设计:F-与非门和F-或非门,并将其应用到一种新的RS触发器中。
This kind of RS flip-flop not only has correct logic functions, but also eliminates hazards, and reduces the power dissipation. 新设计的RS触发器不仅有正确的逻辑功能,而且消除了冒险,降低了功耗。
The integrate reset controller is composed of a integration with reset, a RS flip-flop and a comparator, which is very simple. 积分复位控制电路由一可复位积分器,一RS触发器和一比较器组成控制电路的核心器件,结构十分简单。
In 1998, a new concept Or-memory gate [ 1] is proposed. It supposed that just one gate is possible to structure an R-S flip-flop. 1998年,文献[1]提出了或记论的的概念,提出一个基本RS触发器只要用一个或记门(即普通的与门域门)就可以实现。
The simulation results show that just one gate is possible to structure an R-S flip-flop with proper technical conditions. 仿真结果表明,只要工艺条件得当,用一个门实现电路记忆对于类似RS触发器这样的简单电路是完全可行的。
This circuit consists of two pulse generators and a flip-flop. 该电路由两个脉冲发生电路和基本RS触发器构成。