DocumentCode
1136391
Title
Designing Pulse Power Generators
Author
Davey, Kent ; Uglum, John
Author_Institution
Center for Electromech., Univ. of Texas, Austin, TX, USA
Volume
33
Issue
4
fYear
2005
Firstpage
1170
Lastpage
1176
Abstract
When the performance criteria for a pulsed power generator is power density, and the duty cycle remains short (
s), then copper coils with an exciter are favored over permanent magnet rotors. If the permanent magnets are replaced with copper coils, steel, and an exciter, with the same total weight, the copper coil alternative will return a higher magnetomotive force/weight, and thus a higher power density system. A variable metric optimization is completed for a generator, assuming the objective is to charge a capacitor bank. The equations governing allowed current density in capacitor charging applications and alternating current/direct current (ac/dc) resistance ratios are derived.
s), then copper coils with an exciter are favored over permanent magnet rotors. If the permanent magnets are replaced with copper coils, steel, and an exciter, with the same total weight, the copper coil alternative will return a higher magnetomotive force/weight, and thus a higher power density system. A variable metric optimization is completed for a generator, assuming the objective is to charge a capacitor bank. The equations governing allowed current density in capacitor charging applications and alternating current/direct current (ac/dc) resistance ratios are derived.Keywords
capacitors; coils; copper; exciters; optimisation; pulse generators; pulsed power supplies; Cu; alternating current resistance; capacitor bank; capacitor charging; copper coils; current density; direct current resistance; duty cycle; exciter; magnetomotive force; metric optimization; permanent magnet rotors; power density; pulse power generators; Capacitors; Coils; Copper; Current density; Equations; Permanent magnets; Power generation; Pulse generation; Rotors; Steel; Adiabatic; alternating current/direct current (ac/dc) resistance; copper; generator; permanent magnet; power density;
fLanguage
English
Journal_Title
Plasma Science, IEEE Transactions on
Publisher
ieee
ISSN
0093-3813
Type
jour
DOI
10.1109/TPS.2005.852386
Filename
1495553
Link To Document