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Mitigation of resonance in RF high power amplifier enclosure

机译:减轻RF大功率放大器外壳中的谐振

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摘要

This paper presents a novel and cost effective way to mitigate the resonance caused by the enclosure of RF Amplifier circuits. A Grounded metallic post has been used to break down the cavity size. The cavity resonance coupled with the power amplifier circuit, draw huge quiescent current which can potentially breakdown the device. The resonance affects the gain, flatness, Spurious, IRL, ACPR and P1dB of the RFPA. The junction temperature of the transistor, Tj has been simulated for two different materials for the enclosure lid — with the RF absorber material and Aluminum. RF absorber as lid material is found to increase Tj of the Transistor.
机译:本文提出了一种新颖且经济有效的方法来减轻由RF放大器电路的外壳引起的谐振。接地的金属柱已被用来分解空腔的尺寸。腔谐振与功率放大器电路耦合,会吸收巨大的静态电流,这可能会损坏器件。谐振会影响RFPA的增益,平坦度,杂散,IRL,ACPR和P1dB。已针对外壳盖的两种不同材料模拟了晶体管的结温Tj,即RF吸收剂材料和铝。发现RF吸收器作为盖子材料会增加晶体管的Tj。

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