An FPGA Chaos-Based PWM Technique Combined with Simple Passive Filter for Effective EMI Spectral Peak Reduction in DC-DC Converter

S. Natarajan, R. Natarajan
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引用次数: 11

Abstract

A new and simple but effective electromagnetic interference suppression technique based on field programmable logic array (FPGA) technology to provide a significant EMI noise attenuation in DC-DC converters is discussed. The voltage controlled boost converter for EMI reduction is analyzed using FFT under traditional PWM technique and chaotic mode operation. This technique aids the DC-DC converters to comply in specified EMI limits and replace conventional bulky passive filter with a simple passive filter. A prototype model has been tested and hardware results show significant reduction of EMI in chaotic mode operation of the boost converter.
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基于FPGA混沌的PWM技术与简单无源滤波器相结合,可有效降低DC-DC变换器中的电磁干扰频谱峰值
讨论了一种基于现场可编程逻辑阵列(FPGA)技术的新型、简单而有效的电磁干扰抑制技术,该技术可在DC-DC变换器中提供显著的EMI噪声衰减。利用FFT对传统PWM技术和混沌模式下的压控升压变换器进行了分析。该技术有助于DC-DC转换器符合指定的EMI限制,并用简单的无源滤波器取代传统的笨重无源滤波器。对样机模型进行了测试,硬件结果表明,在升压变换器的混沌模式下,电磁干扰显著降低。
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