Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag

M.Ing. (Electrical and Electronic Engineering) === This work reports on a study in the fields of "High power pulsed power supplies and electromagnetic pulse compression". A background discussion on the application of pulsed power on lasers is given. Pulse compression and high power pulsed...

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Main Author: Nel, Johannes Jurie
Published: 2014
Subjects:
Online Access:http://hdl.handle.net/10210/11861
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spelling ndltd-netd.ac.za-oai-union.ndltd.org-uj-uj-121182017-09-16T04:01:42ZFerrietkern elektromagnetiese pulskompressors met gelyktydige energieoordragNel, Johannes JurieElectromagnetic pulseSemiconductor switchesM.Ing. (Electrical and Electronic Engineering)This work reports on a study in the fields of "High power pulsed power supplies and electromagnetic pulse compression". A background discussion on the application of pulsed power on lasers is given. Pulse compression and high power pulsed power supply configuration is described. The work concentrates on simultaneous energy transfer electromagnetic pulse compression which is a technique used to achieve a saving of core material in a pulse compressor. An analytical expression for the saving was derived and verified experimentally. This result is applied in different pulse compressors designed for the pulsed power supplies of copper vapour lasers. The test results are provided and discussed. A windfall from the practical work is a design solution for the voltage sharing compensation network needed when switching semiconductors in series.2014-08-19Thesisuj:12118http://hdl.handle.net/10210/11861University of Johannesburg
collection NDLTD
sources NDLTD
topic Electromagnetic pulse
Semiconductor switches
spellingShingle Electromagnetic pulse
Semiconductor switches
Nel, Johannes Jurie
Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
description M.Ing. (Electrical and Electronic Engineering) === This work reports on a study in the fields of "High power pulsed power supplies and electromagnetic pulse compression". A background discussion on the application of pulsed power on lasers is given. Pulse compression and high power pulsed power supply configuration is described. The work concentrates on simultaneous energy transfer electromagnetic pulse compression which is a technique used to achieve a saving of core material in a pulse compressor. An analytical expression for the saving was derived and verified experimentally. This result is applied in different pulse compressors designed for the pulsed power supplies of copper vapour lasers. The test results are provided and discussed. A windfall from the practical work is a design solution for the voltage sharing compensation network needed when switching semiconductors in series.
author Nel, Johannes Jurie
author_facet Nel, Johannes Jurie
author_sort Nel, Johannes Jurie
title Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
title_short Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
title_full Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
title_fullStr Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
title_full_unstemmed Ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
title_sort ferrietkern elektromagnetiese pulskompressors met gelyktydige energieoordrag
publishDate 2014
url http://hdl.handle.net/10210/11861
work_keys_str_mv AT neljohannesjurie ferrietkernelektromagnetiesepulskompressorsmetgelyktydigeenergieoordrag
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