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    • 3. 发明申请
    • PHEMT COMPONENTS WITH ENHANCED LINEARITY PERFORMANCE
    • 具有增强的线性性能的PHEMT组件
    • WO2017184911A1
    • 2017-10-26
    • PCT/US2017/028714
    • 2017-04-21
    • SKYWORKS SOLUTIONS, INC.
    • ALTUNKILIC, FikretCEBI, HakiZHU, YuWEI, CejunMASON, Jerod, F.
    • H04B1/16H04B1/24
    • H03F1/3205H01L29/778H03F3/193H03F3/1935H03F3/245H03F2200/228H03F2200/294H03F2200/451H03F2200/72H03K17/162H03K17/687
    • pHEMT-based circuits and methods of improving the linearity thereof. One example pHEMT circuit includes a pHEMT connected between an input terminal and a load and a non-linear resistance connected to the pHEMT. The pHEMT produces a first harmonic signal at the load responsive to being driven by an input signal of a fundamental frequency received at the input terminal, the first harmonic signal having a first phase. The non-linear resistance has a resistance selected to produce a second harmonic signal at the load having a second phase opposite to the first phase. Methods can include determining a first amplitude and a first phase of a first harmonic signal produced at the load by a pHEMT in an ON state, and tuning the non-linear resistance to produce at the load a second harmonic signal having a second amplitude and a second phase that minimizes a net harmonic signal at the load.
    • 基于pHEMT的电路和改善其线性的方法。 一个示例pHEMT电路包括连接在输入端子和负载之间的pHEMT以及连接到pHEMT的非线性电阻。 响应于由在输入端子处接收的基频的输入信号驱动,pHEMT在负载处产生第一谐波信号,第一谐波信号具有第一相位。 非线性电阻具有被选择用于在具有与第一相位相反的第二相位的负载处产生二次谐波信号的电阻。 方法可以包括确定在导通状态下通过pHEMT在负载处产生的一次谐波信号的第一幅度和第一相位,并且调谐非线性电阻以在负载处产生具有第二幅度的二次谐波信号和 第二阶段,使负载处的净谐波信号最小化。