Abstract: According to national and international standard electrical equipment should be tested by a standard 1.2/50 µs impulse voltage. In the testing this standard impulse wave can be easily generated for the capacitance object. Difficulties arise in getting the standard tail time of 40 to 60 µs in case of inductive object. In case of object having high inductance does not create much problem but when the inductance is medium (4 to 15mH) or low (0.4 to 4mH) there are particular range of values of parameters for which the standard wave tail can be achieved. In this case a longer front time is obtained which cannot be control by front resistance easily. Hence an inductance is connected across the front resistance and then the various parameters of circuit are analysed by MATLAB Simulink. It was found that with the help of this inductance front controlled circuit, the front time can be obtained within the range more easily.
Keywords: Analysis of Inductance, MATLAB Simulink, Voltage Generator Circuit.
Title: Analysis of Inductance Front Controlled Impulse Voltage Generator Circuit by MATLAB Simulink
Author: Anitya Kumar Shukla, Dr. Ranjana Singh
International Journal of Engineering Research and Reviews
ISSN 2348-697X (Online)
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