Calculation of Influence on Discharge Current Peaks for Human Air Discharges of Spark Lengths and Breakdown Potential Gradients using Simplified Equivalent Circuit based on IEC Standard

Tozawa, Yukihiro; Ishida, Tadao; Fujiwara, Osamu

doi:10.1541/ieejfms.141.202

IEEJ Trans. FM

2021

DOI: 10.1541/ieejfms.141.202

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Calculation of Influence on Discharge Current Peaks for Human Air Discharges of Spark Lengths and Breakdown Potential Gradients using Simplified Equivalent Circuit based on IEC Standard

Yukihiro Tozawa¹,

Tadao Ishida²,

Osamu Fujiwara

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Calculation of Influence on Discharge Current Peaks for Human Air Discharges of Spark Lengths and Breakdown Potential Gradients using Simplified Equivalent Circuit based on IEC Standard

Cited by 2 publications

References 2 publications

Verification of IEC Ideal Current Waveform Specified for Contact Discharge from ESD Generator Based on Human Air Discharges

Verification of IEC Ideal Current Waveform Specified for Contact Discharge from ESD Generator Based on Human Air Discharges

A Specific Relationship between Rise-Time and Peak of Discharge Current Waveform measured through IEC specified Electrode from Human Air Discharge

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