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An Inline RF Power Sensor Based on Fixed Capacitive Coupling for GaAs MMIC Applications

机译:GaAs MMIC应用中基于固定电容耦合的在线射频功率传感器

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This letter proposes an inline RF power sensor based on fixed capacitive coupling for GaAs MMIC applications. In the design, a certain percentage of the input power coupled by a beam and sensed in a thermopile sensor, where the beam is not required to release to obtain a fixed capacitance for high-power levels and increase the dynamic range. This sensor offers the compatible capability with the GaAs MMIC technology. Measured reflection and insertion losses are <−24.2 and 0.73 dB at -band, respectively. Experiments demonstrate that this inline sensor exhibits good linearity of the output response from 1 to 200 mW, and results in the average sensitivity of V/mW at 10 GHz. The sensitivity increases with the increase of the -band frequency, with small measurement errors.
机译:这封信提出了一种用于GaAs MMIC应用的基于固定电容耦合的嵌入式RF功率传感器。在设计中,一定百分比的输入功率由光束耦合并在热电堆传感器中感测,在此情况下,不需要释放光束即可获得高功率水平的固定电容并增加动态范围。该传感器具有与GaAs MMIC技术兼容的功能。在带上测得的反射损耗和插入损耗分别为<-24.2和0.73 dB。实验表明,这种在线传感器在1至200 mW的范围内显示出良好的线性输出响应,并在10 GHz时产生了V / mW的平均灵敏度。灵敏度随频带频率的增加而增加,并且测量误差较小。

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