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Low-power digital logic using a Boolean logic switched inductor-capacitor (SLC) circuit

机译:使用布尔逻辑开关电感器(SLC)电路的低功耗数字逻辑

摘要

A low-power digital logic architecture exhibits the same logic and voltage level behavior as standard digital logic. A logic switch and a pair of unidirectional switches are used to control the direction of charge flow in a switched-inductor capacitor (SLC) circuit, allowing the inductor to pull charge back-and-forth from one side of the load capacitor to the other to both switch the logical state at the top of the capacitor and to recycle and store the charge in the capacitor itself.
机译:低功耗数字逻辑架构具有与标准数字逻辑相同的逻辑和电压电平行为。逻辑开关和一对单向开关用于控制开关电感器电容器(SLC)电路中电荷的流动方向,从而允许电感器将电荷从负载电容器的一侧来回拉动到另一侧既可以切换电容器顶部的逻辑状态,又可以将电荷循环并存储在电容器本身中。

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