The effect of EMI suppression of the chaotic modulation schemes is presented in the switching converters.
论文研究了混沌调制技术在实用开关变换器中抑制电磁干扰的效果。
The EMI suppression circuit is designed to meet the requirements of electromagnetic compatibility and safety.
为了满足电磁兼容性和安全性要求，设计了EMI抑制电路。
Moreover, the way by which the gate-controlled circuit improves the EMI suppression is also included in this paper.
最后还讨论了采用门挖电路改善该变换器EMI状况的途径。
Available in a wide range of impedance values providing excellent EMI suppression characteristics for various types of noise.
阻值范围宽，提供优越emi抑制特性，适用于各种杂讯。
The paper presents the effectiveness of EMI suppression of switching converters with a chaotic frequency modulation scheme (CFMS).
探讨了混沌频率调制技术在开关变换器中抑制电磁干扰的实际效果。
The high frequency parasitic parameters of common mode(CM) choke significantly influence the performance of electromagnetic interference(EMI) filter for conducted EMI suppression.
共模扼流圈的高频特征极大地影响了电磁干扰（EMI）滤波器抑制传导EMI噪声的性能。
On the basis of test, EMI source in E1coaxial line is analyzed, different suppression techniques are compared and optimized filtering circuit is chosen.
在试验研究的基础上，对E1同轴传输线上电磁骚扰源进行了分析，测试比较不同的滤波抑制措施，确定了优化的抑制方案。
On the basis of test, EMI source in E1coaxial line is analyzed, different suppression techniques are compared and optimized filtering circuit is chosen.
在试验研究的基础上，对E1同轴传输线上电磁骚扰源进行了分析，测试比较不同的滤波抑制措施，确定了优化的抑制方案。
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