基于FPGA的DDS高精度设计

Xiaochu Wang, Qiujun Mei
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引用次数: 6

摘要

为了达到DDS更高精度的目标,本文将在传统DDS的基础上,重点对流水线累加器和基于Cordic算法的ROM查找表进行修改和改进。对比传统算法的优缺点,实验证明,Cordic算法能够解决传统DDS输出信号的无序、去中心化、截断误差大、不稳定等问题,并可节省高达30%的硬件资源。在速度、精度和系统硬件资源等方面具有明显的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High-Precision Design of DDS Based on FPGA
In order to achieve the goal of higher accuracy of DDS, In this paper, we will concentrate to modify and improve pipelined accumulator and the ROM lookup table which is based on the Cordic algorithm on the base of traditional DDS. And compared with the advantages and disadvantages of traditional algorithm, experiments have proofed that the Cordic algorithm can solve the problems of disorder, decentralization, big truncation error and instability of the traditional DDS output signal and it can also save the hardware resources up to 30%. It has obvious advantages showed on the speed, accuracy and hardware resources of the system.
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