电磁干扰优化的软件技术

Shih-Yi Yuan, We-Bing Su, Hao-Ping Ho
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引用次数: 2

摘要

针对电磁干扰优化问题,提出了不同的硬件级技术。这些方法应该首先考虑。然而,端机的部件升级有时并不那么容易。因此,软件EMI优化技术是另一种选择。本文主要研究软件级技术的电磁干扰优化。我们设计了一个代码模板匹配器作为优化工具,以减少传导EMI。实验结果表明,该匹配器能生成最小的EMI汇编码(小于8dbuv),并能在目标频率(系统工作频率4MHz)上准确估计程序对嵌入式系统的EMI影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A software technique for EMI optimization
For the EMI optimization issue, different hardware-level technique had been proposed. These methods should be firstly considered as much as possible. However, component upgrading for ending machine is sometimes not so easy. Thus, software EMI optimization techniques are another alternative. This paper focuses on software-level technique EMI optimization. We design a code template matcher as an optimization tool to reduce conducted EMI. The experimental results show that the matcher can generate a minimum EMI assembly code (less than 8 dBuV) and can estimate the EMI impact of a program to an embedded system accurately on the target frequency (4MHz, the system operating frequency).
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