A digital hardware platform for RF PA digital predistortion algorithms

Congzheng Zhao, Xianxun Yao
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引用次数: 2

Abstract

Digital pre-distortion technique is one of the most crucial techniques used to solve frequency distortion in wireless communication links, which is due to nonlinear behavior of devices like power amplifier and limits frequency bandwidth of signal. This paper introduces a multi-function digital platform employed to verify and test different digital pre-distortion algorithms. The digital platform is mainly comprised a FPGA chip Xilinx Zynq-7000 (XC7Z030), an integrated transceiver chip ADI AD9361, and external digital interfaces such as HDMI, Ethernet network and fiber-optical. Processes needed by digital pre-distortion including A/D, D/A, and digital down conversion can be achieved in real time adjusted by software. Its working frequency bandwidth is from 70MHz to 6GHz, with instant frequency bandwidth up to 56MHz. The final pre-distortion results can be exhibited in video with graphical form.
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射频放大器数字预失真算法的数字硬件平台
数字预失真技术是解决无线通信链路中频率失真的关键技术之一,这种失真是由功率放大器等器件的非线性行为引起的,并且限制了信号的频率带宽。本文介绍了一个多功能数字平台,用于验证和测试不同的数字预失真算法。该数字平台主要由FPGA芯片Xilinx Zynq-7000 (XC7Z030)、集成收发器芯片ADI AD9361以及HDMI、以太网和光纤等外部数字接口组成。数字预失真所需的A/D、D/A、数字下变频等过程均可通过软件实时调节实现。其工作频率带宽从70MHz到6GHz,瞬时频率带宽可达56MHz。最终的预失真结果可以以图形形式在视频中展示。
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