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A novel RF high-Q metal-semiconductor-metal planar inter-digitated varactor based on double-channel AlGaN/GaN HEMT structure

机译:基于双通道AlGaN / GaN Hemt结构的新型RF高Q金属半导体 - 金属平面互相数字变容二

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A novel GaN-based double-channel metal-semiconductor-metal configuration planar inter-digitated varactor, fabricated with a HEMT compatible process, is presented. Our varactors achieved high Q-factor, wide tuning range, and high minimum Q-factor (Q/sub min/). The double-channel heterostructure extends the useful high Q-factor capacitance tuning range of the varactors. The operation of the varactor is explained by a physical equivalent circuit, in which the whole changing trend of extracted Q-factors over bias voltage and extracted resistance can be explained. The measurement results of the novel double-channel varactors are compared with varactors fabricated on a single channel heterostructure in order to show their superior performance.
机译:提出了一种新型GaN的双通道金属半导体 - 金属配置平面数字互相兼容过程的数字互相兼容变容级。我们的变容患者实现了高Q系数,宽调谐范围和高最小Q系数(Q / Sub Min /)。双通道异质结构延伸了变容二极管的有用高Q因子电容调谐范围。可以通过物理等效电路解释变容二极管的操作,其中可以解释提取的Q因素过度偏压和提取电阻的整个改变趋势。将新型双通道变容二极管的测量结果与在单个通道异性结构上制造的变容二抗气体进行比较,以便显示出优异的性能。

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