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A channelized sideband distortion model for suppressing unwanted emission of Q-band millimeter wave transmitters

机译:抑制Q波段毫米波发射机无用发射的信道化边带失真模型

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In this paper, a channelized sideband distortion model is proposed to suppress the unwanted emission of Q-band millimeter wave (mmWave) transmitters in wideband contiguous carrier aggregation scenarios. By employing this model, the compensating bandwidth or center frequency can be agilely controlled. Experiments were conducted on a 40 GHz mmWave power amplifier to validate this idea. The satisfactory performance proved that the proposed model is a promising candidate for future 5G applications.
机译:本文提出了一种信道化边带失真模型,以抑制宽带连续载波聚合​​场景中Q波段毫米波(mmWave)发射机的无用发射。通过采用该模型,可以灵活地控制补偿带宽或中心频率。在40 GHz毫米波功率放大器上进行了实验,以验证这一想法。令人满意的性能证明了该模型是未来5G应用的有希望的候选者。

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