用新的频域方法校正宽带调制信号的非线性失真

Sam Kusano, A. Stav, Tong Li, J. Verspecht
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引用次数: 8

摘要

采用一种新的频域方法——频谱数字预失真(spectral DPD),在高功率下产生无失真宽带调制测试信号。该技术扩展了信号发生器的功率范围,减少了对升压功率放大器的需求,以实现良好的线性度,用于测试的高功率信号。该技术首先创建调制波形的短片,以便在参考平面上快速准确地对信号进行线性化。然后,利用频谱DPD产生的预失真波形,识别出通用的记忆多项式DPD模型。然后将该模型应用于原始波形以生成预失真波形,从而提供线性化的测试信号。以5GNR测试信号为例进行了线性化处理。
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Correcting nonlinear distortion of wideband modulated signals using new frequency domain methods
Distortion -less wideband modulated test signals are generated at high power using a new frequency domain method, called spectral digital pre-distortion (Spectral DPD). This technique extends the power range of signal generators, reducing the need for booster power amplifiers to achieve a good linearity, high-power signal for test The proposed technique first creates a short slice of the modulated waveform for fast and accurate linearization of the signal at the reference plane. Then, using a pre-distorted waveform created by spectral DPD, a generic memory-polynomial DPD model is identified. This model is then applied to the original waveform to generate a pre-distorted waveform, providing a linearized test signal. An example 5GNR test signal is demonstrated for linearization.
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