Abstract
A pulse-charged coaxial transmission line test stand was developed to evaluate the loss and saturation characteristics of the magnetic core material Vitroperm 500Z under square-pulse excitation (SPE) conditions. The test stand was developed to generate a 100 kV square pulse that was discharged into the primary winding of a Vitroperm magnetic core load. The magnetization rates achieved ranged from 5 to $50~T/\mu s$ , and saturation times ranged from 40 to 100 ns. The design of the SPE test stand is discussed, and experimental results for the Vitroperm core material are presented.
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