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Characterization and Modeling of Impact Ionization Effects on Small and Large Signal Characteristics of AlGaAs/GaInAs/GaAs PHEMTs

机译:抗冲电离效应对藻类/ GAINAS / GAAS PHEMTS的小型和大信号特性的特征及建模

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This paper presents an analysis of the impact ionization phenomenon encountered in AlGaAs/GaInAs/GaAs PHEMTs. Two characterizations techniques have been used. At first, pulsed S-parameter measurements in the Impact Ionization (II) region have been required to identify the cut-off frequency of the phenomenon. Then, using these measurements, we propose a new small-signal model taking into account the frequency transition between quasi-static characteristics measured in pulsed conditions and microwave characteristics. Finally, this model has been tested in large signal conditions and the simulation results were checked through Load Pull Time domain Measurements (LPTM) to assert the validity of the model.
机译:本文提出了Algaas / Gainas / GaAs Phemts遇到的影响电离现象的分析。已经使用了两种特征技术。首先,已经需要脉冲S-参数测量撞击电离(II)区域以识别现象的截止频率。然后,使用这些测量,我们提出了一种新的小信号模型,考虑到在脉冲条件和微波特性中测量的准静态特性之间的频率转变。最后,该模型已经在大信号条件下进行了测试,并通过负载拉动时间域测量(LPTM)检查模拟结果以断言模型的有效性。

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