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Q-Factor Characterization of RF GaN-Based Metal-Semiconductor-Metal Planar Interdigitated Varactor

机译:基于RF GaN的金属-半导体-金属平面叉指变容二极管的Q因子表征

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We report the characterization of quality (Q) -factor of RF metal-semiconductor-metal (MSM) planar interdigitated varactors fabricated by standard AlGaN/GaN HEMT process. The MSM varactors have wide tuning range and exhibit high quality-factor at both the maximum and minimum capacitance values. The fundamental limitation of the Q-factor in the medium capacitance range is also revealed. The elimination of ohmic contact resistance in the MSM varactor configuration pushed up the peak Q-factor to 92 at 0.5 GHz and 41 at 1.1 GHz. The operation of the MSM varactor is modeled by a physical equivalent circuit, with which the dependence of the Q-factor over the entire tuning voltage range can be explained.
机译:我们报告了通过标准AlGaN / GaN HEMT工艺制造的RF金属-半导体-金属(MSM)平面叉指变容二极管的质量(Q)因子的表征。 MSM变容二极管具有宽泛的调谐范围,并且在最大和最小电容值下均表现出高品质因数。还揭示了中电容范围内Q因子的基本限制。 MSM变容二极管配置中消除了欧姆接触电阻,从而将峰值Q因子在0.5 GHz时提高到92,在1.1 GHz时提高到41。 MSM变容二极管的操作由一个物理等效电路建模,利用该等效电路可以解释Q因子在整个调谐电压范围内的依赖性。

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