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首页> 外文期刊>IEEE Journal of Solid-State Circuits >Logic synthesis and circuit modeling of a programmable logic gate based on controlled quenching of series-connected negative differential resistance devices
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Logic synthesis and circuit modeling of a programmable logic gate based on controlled quenching of series-connected negative differential resistance devices

机译:基于串联负负差分电阻器件的受控猝灭的可编程逻辑门的逻辑综合和电路建模

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摘要

The circuit concept of programmable logic gates based on the controlled quenching of series-connected negative differential resistance (NDR) devices is introduced, along with the detailed logic synthesis and circuit modeling. At the rising edge of a clocked supply voltage, the NDR devices are quenched in the ascending order of peak currents that can be reordered by the control gates and input gates biases, thus, providing programmable logic functions. The simulated results agree well with the experimental demonstration of the programmable logic gate fabricated by a monolithic integrated resonant tunneling diode/high electron mobility transistor technology.
机译:介绍了基于串联负负差分电阻(NDR)器件受控淬火的可编程逻辑门的电路概念,以及详细的逻辑综合和电路建模。在时钟电源电压的上升沿,NDR器件以峰值电流的升序淬火,可以通过控制门和输入门偏置对其进行重新排序,从而提供可编程逻辑功能。仿真结果与单片集成谐振隧道二极管/高电子迁移率晶体管技术制造的可编程逻辑门的实验演示非常吻合。

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