功率放大器包络跟踪高效测试系统

Feifan Du, Hui Yu
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引用次数: 2

摘要

设计公司现在面临着提高芯片性能和集成最新技术的业务挑战。特别是在扩声设计领域,包络跟踪(ET)和数字失真(DPD)是提高扩声性能的主要方法。本文讨论的系统不仅包括常规的PA测试,还包括ET的附加细节,如射频(RF)信号与包络参考信号的同步,整形表的提取等。本文讨论了一种提高功率调制器性能的方法,即将参考信号放大为功率放大器的直流信号。通常,ATE用于生产线测试,但在实验室测试中,使用传统的测试仪器。这种方法在数据关联方面耗费了工程师大量的时间。本文提出了一种高效的ETPA测试系统,该系统基于开放的模块化平台,兼容实验室测试和生产线测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High efficiency test system for envelope tracking Power amplifier
Design houses are facing business challenges as improving chip performance and integrating latest technologies now. Particularly in PA design area, envelop tracking (ET) and digital distortion (DPD) are main approaches used in improving the performance of PA. The system is discussed in this paper, which is not only including the regular PA test, but also the additional details for ET, such as the synchronization between Radio Frequency (RF) signal and envelope reference signal, and the extraction of shaping table. This paper discusses a method to improve the performance of Power Modulator, which is used to amplify the reference signal as the power amplifier's DC signal. Normally, ATE is used in production line test, but in lab test, traditional test instruments are used. So this approach consumes a lot of time from engineers in data correlation. This paper promotes a high efficiency test system for ETPA, which is based on an open, modular-based platform, compatible for both lab test and production line test.
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