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Design and Test Results of High-Power Pulse Generator System for Industrial Accelerator Application
S. D. Jang(장성덕),S. H. Kim(김상훈),H. Y. Yang(양해룡),M. H. Cho(조무현),I. S. Ko(고인수),W. Namkung(남궁원) 대한전기학회 2009 대한전기학회 학술대회 논문집 Vol.2009 No.7
A conventional linear accelerator system requires a flat-topped pulse with less than ± 0.5% ripple to meet the beam energy spread requirements and to improve pulse efficiency of RF systems. A a line-type pulsed modulator is widely used in pulsed power circuits for applications such as accelerators, radar, medical radiation, or ionization systems. The high-voltage pulse generator system with an output voltage of 284 ㎸, a pulse width of 10 ㎲, and a rise time of 0.84 ㎲ has been designed and fabricated to drive a klystron which has 30-㎿ peak and 60-kW average RF output power. The high-voltage test was performed using the klystron load. This thesis describes the design and test results of high-power pulse generator system for industrial accelerator application. The experimental results were analyzed and compared with the design.