Abstract
Studies and experiments performed on high voltage system, which is required to depend on the worldwide manufacturers for its high impulse generator, which is somewhat costly and extensive in size. Because of that, this paper is centered on impulse generator with a sensible expense and exertion. Additionally, it is expected to accomplish a little in size of the test circuit, which is compact and appropriate for any tests or studies. Visualization condition of energy can disentangle understating the execution of the Marx impulse generator is ascertained and imagine for calculating of DC voltages of 10 kV. An Impulse Generator having ten stages is outlined and executed for testing of 11 kV electrical hardware. Simulation & practical results are evaluated. The experiment was performed with software & then compared with actual practical values of the system. First Test is performed at 8.5 kV gap setting then on 9 kV& 9.5 kV. Overall objectives, which are to outline and assemble a High Voltage Generator at a sensib le cost, exertion, and little in size, are accomplished.
Keyword(s)
Energy, Impulse generator, Marx impulse generator, high voltage, Impulse testing, cost effect