Abstract
Abstract
The paper considers the protection of radio-electronic equipment (REE) against ultrashort pulses (USPs) by using the symmetry to decompose a USP into a doubled number of pulses with half as small amplitude. For the first time, we performed a quasistatic simulation of the time response of a 4-conductor and 8-conductor MFs with circular reflection symmetry. It is shown that these MFs are able to decompose the USP into a sequence of pulses of smaller amplitude. However, in order to obtain the required attenuation level, additional optimization by several criteria is required.
Subject
General Physics and Astronomy
Cited by
2 articles.
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