GaN Schottky Diode Model for THz Multiplier Design with Consideration of Self-heating Effect

Xubo Song, Yuangang Wang, Zhihong Feng, Y. Lv, Yamin Zhang, Lisen Zhang, S. Liang, X. Tan, S. Dun, Dabao Yang, Zhirong Zhang
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引用次数: 1

Abstract

We presented a GaN Schottky diode model with consideration of self-heating effect of devices in operation. The impact of diode chip temperature on the current and capacitance was taken into account in this model. The thermal resistance of diode chip was extracted by simulation combined measurement to calculate the temperature of Schottky junction with different pumping power. Advantages of established device model in the design of a 220GHz frequency doubler were presented in the end.
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考虑自热效应的太赫兹倍频GaN肖特基二极管模型
提出了一种考虑器件工作时自热效应的GaN肖特基二极管模型。该模型考虑了二极管芯片温度对电流和电容的影响。通过模拟联合测量提取二极管芯片的热阻,计算不同泵浦功率下肖特基结的温度。最后介绍了所建立的器件模型在220GHz倍频器设计中的优势。
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