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Design and 3-D electric field simulation of a calculable capacitor

机译:可计算电容器的设计和3D电场仿真

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A new calculable capacitor with an operating range of 0.1 pF is being developed at NIST. Reduced uncertainty for displacement measurements, enabled by employing tunable laser based Fabry-Perot interferometers, will allow a considerably more compact design, minimizing errors from mechanical sources. Using 3-D electric field simulations, we have also estimated errors resulting from mechanical imperfections.
机译:NIST正在开发一种工作范围为0.1 pF的新型可计算电容器。通过使用基于可调谐激光器的Fabry-Perot干涉仪,可以减少位移测量的不确定性,这将使设计更为紧凑,从而最大程度地减少来自机械源的误差。使用3-D电场模拟,我们还估算了由机械缺陷引起的误差。

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