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The derivation of space-charge-limited current between concentric sphere

机译:同心球之间的空间电荷限制电流的推导

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In high-power microwave diode design, the space-charge-limited current is important because of its relation to the diode impedance, and the formation of the virtual cathode. Although the Langmuir-Blodgett law, as a numerical solution, is helpful, a simple functional expression would be more convenient for practical research and the divergence of the series for large Rc/Ra would be avoided. First principle has been applied to derivate two-dimensional space-charge-limited current for planar plane capacitor and coaxial cylinders and its reliability has been examined adequately. This paper obtained the functional expression of space-charge-limited current for concentric sphere, the space-charge factor in this expression is got by comparison with classical Langmuir flow between concentric sphere.
机译:在大功率微波二极管设计中,由于其与二极管阻抗的关系以及虚拟阴极的形成,空间电荷限制电流很重要。虽然Langmuir-Blodgett Law,作为数字解决方案有用,但简单的功能表达对于实际研究将更方便,并且将避免为大型RC / RA系列的分歧。第一个原理已被应用于导出平面电容器的二维空间电荷限制电流,并且对其可靠性已经充分检查。本文获得了同心球的空间电荷限制电流的功能表达,通过与同心球之间的典型朗马尔流相比,得到了该表达中的空间电荷因子。

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