Research on Conducted EMI Noise Diagnosis Method based on Infomax-WT Algorithm

Article ID

SFR9500F

Research on Conducted EMI Noise Diagnosis Method based on Infomax-WT Algorithm

Baitong Song
Baitong Song
Wu Zhang
Wu Zhang
Zhou Chen
Zhou Chen
Hao Ma
Hao Ma
Yakang Pei
Yakang Pei
DOI

Abstract

In this paper, a diagnostic method of conducted EMI noise based on the Infomax-WT algorithm is proposed. Using collected conductive EMI noise samples, several independent noise signals are separated by Infomax. Each noise signal is subjected to wavelet transform to obtain the time-frequency diagram of each noise signal. The noise source is determined according to the frequency characteristic obtained by the timefrequency chart. Finally.

Research on Conducted EMI Noise Diagnosis Method based on Infomax-WT Algorithm

In this paper, a diagnostic method of conducted EMI noise based on the Infomax-WT algorithm is proposed. Using collected conductive EMI noise samples, several independent noise signals are separated by Infomax. Each noise signal is subjected to wavelet transform to obtain the time-frequency diagram of each noise signal. The noise source is determined according to the frequency characteristic obtained by the timefrequency chart. Finally.

Baitong Song
Baitong Song
Wu Zhang
Wu Zhang
Zhou Chen
Zhou Chen
Hao Ma
Hao Ma
Yakang Pei
Yakang Pei

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baitong_song. 2020. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 20 (GJSFR Volume 20 Issue A13): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 20 Issue A13
Pg. 59- 64
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GJSFR-A Classification: FOR Code: 091301p
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Research on Conducted EMI Noise Diagnosis Method based on Infomax-WT Algorithm

Baitong Song
Baitong Song
Wu Zhang
Wu Zhang
Zhou Chen
Zhou Chen
Hao Ma
Hao Ma
Yakang Pei
Yakang Pei

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