Design Technology of High-Voltage Multi-Megawatt Polyphase Resonant Converter Modulators
IECON'03 THE 29TH ANNUAL CONFERENCE OF THE IEEE INDUSTRIAL ELECTRONICS SOCIETY, VOLS 1 - 3, PROCEEDINGS（2003）
Key words
adaptive control,feedback,feedforward,high-voltage techniques,klystrons,modulators,neutron sources,power control,power semiconductor switches,pulse width modulation,pulsed power technology,radiofrequency amplifiers,resonant power convertors,1.1 MW,11 MW,140 kV,20 kHz,DSP,IGBT,IGBT switch losses,Los Alamos,Oak ridge national laboratory,PWM,RF amplifier system,adaptive feedforward control,crowbars,cut core amorphous nanocrystalline transformer alloy,digital signal processor,feedback,high voltage multimegawatt polyphase resonant converter modulators,insulated gate bipolar transistors,leakage inductance,learning algorithms,load protective networks,nanocrystalline boost transformers,polyphase resonant converter-modulator topology,polyphase resonant voltage multiplication,power transformer techniques,pulse width modulation,radio frequency amplifier system,resonant conversion techniques,resonant rectification,secondary windings,selfclearing metallized hazy polypropylene capacitors,spallation neutron source accelerator klystron,traction motor industry,zero voltage switching characteristics
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