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PSIM user manual, version 8.0 (by Powersim Inc) Krauss, “Solid State Radio Engineering”, 0471514101, John Wiley & Sons Incorporated, 1992ħ. Nathan Sokal, "Class-E RF power amplifiers", QEX Jan/Feb 2001, WA1HQCĦ. Singh, “RF‐Plasma Source Commissioning in Indian Negative Ion Facility”, AIP Conf. Bani, “A Wireless Power Transfer system optimized for high efficiency and high power applications”, Power Electronics Conference (IPEC-Hiroshima 2014 - ECCE-ASIA), (2014)Ĥ. Tsujino, Recent developments of ultrasonic welding, Ultrasonics Symposium, Proceedings, Volume:2 (1995)ģ. Swanson, “Digital AM transmitters”, Broadcasting, IEEE Transactions on, Volume:35, (2002)Ģ. This paper describes the conceptual design of a 200kW power supply and experimental results of the prototype 600W, 1MHz source.ġ. The output passive network including resonance tuned network and impedance matching network caters for soft switching and matches the load impedance to 50ohm respectively. The rating of the modules is essentially driven by the maximum power handling capacity of the MOSFETs and ferrites in the combiner circuit. Subsequently solution with class-D H-Bridge configuration have been evaluated through simulation where module design is stable as switching device do not participate in resonance, further switching device voltage rating is substantially reduced. The prototype uses two low power modules and a ferrite combiner to add the voltage and power at the output. The prototype design is attempted with Class-E amplifier topology where a MOSFET is switched resonantly. A conceptual design for a 200kW, 1MHz power supply and a prototype design for a 600W source been done. In terms of Power Electronics, thermal and power coupling issues are major challenges at such a high frequency. Switching converter based topology used to generate 1MHz sinusoidal output is expected to have advantages on efficiency and reliability as compared to traditional RF Tetrode tubes based oscillators. The Ion Source for a Neutral beam Injector at ITER-India uses inductively coupled power source at High Frequency (~1MHz). A High Voltage High Frequency (HVHF) Power supply is used for various applications, like AM Transmitters, metallurgical applications, Wireless Power Transfer, RF Ion Sources, etc.
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