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Static-dynamc design of flip-flop circuits

机译:触发器电路的静态动态设计

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The following investigation on flip-flop circuits was originally undertaken to determine if a reliable flip-flop circuit could be designed to operate from a low supply voltage using tubes that are presently available and in production. The reason for designing the circuit to operate from a low supply voltage is to reduce the required power consumption of such information storage devices to a minimum and to provide a low d-c level output. The low d-c level output voltages of the two stable states of the circuit and the low flip-flop power dissipation enables an entire computer to operate from one regulated power supply rather than the numerous regulated supplies required by most computers. The low power dissipation is also essential since the reliability of germanium diodes and other heat sensitive components is greatly increased as their operating temperature is decreased.
机译:最初对触发器电路进行了以下研究,以确定是否可以将可靠的触发器电路设计为使用目前可用并在生产中的管子在低电源电压下工作。将电路设计为以低电源电压工作的原因是为了将此类信息存储设备所需的功耗降至最低,并提供低d-c电平输出。电路两个稳定状态的低d-c电平输出电压和低的触发器功耗使整台计算机能够使用一个稳压电源供电,而不是大多数计算机所需的众多稳压电源。低功耗也是必不可少的,因为锗二极管和其他热敏组件的可靠性随着工作温度的降低而大大提高。

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