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高频脉冲电源的研制 被引量:7

Development of the High Frequency Pulse Electrical Source
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摘要 针对电磁超声实验对脉冲电源的需求,研制了一种高频脉冲电源。采用UCC2895作为信号源,利用全桥电路将信号功率放大。详细介绍了信号发生电路、驱动电路和全桥逆变电路的设计方法,并给出了各主要节点的实验波形。该电源达到了各项技术要求,已成功应用于电磁超声实验。 A kind of high frequency pulse electrical source at the need of electromagnetic ultrasonic experiments is presented.The design uses UCC2895 for signal source,and the signal is amplified by full bridge invert circuit.The design methods of the signal source circuit,drive circuit and full bridge circuit are introduced,and the waveforms of the main nodes are shown.This electrical source fulfills all the technique demands, and has been used in electromagnetic ul-trasonic experiments successfully.
机构地区 清华大学
出处 《电力电子技术》 CSCD 北大核心 2008年第7期49-50,共2页 Power Electronics
基金 国家高技术发展研究计划(863)资助项目(2007AA06Z223)~~
关键词 脉冲电源 逆变电路/全桥 电磁超声 栅极驱动 pulse source inverter circuit / full-bridge circuit electromagnetic ultrasonic gate drive
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  • 1[1]Ralph Mcarthur, John Hess. Optimizing MOSFET and IGBT gate current to minimize dy/dt induced failures in SMPS circuits. Advanced Power Technology Application Note. 2001
  • 2[2]Ralph Mcarthur. Making use of gate charge information in MOSFET and IGBT data sheets. Advanced Power Technology Application Note. 2001
  • 3[3]Denis Grafham. Improved power MOSFETS boost efficiency in a 3.5 kW single phase PFC. Advanced Power Technology Application Note. 2001
  • 4[5]Bill Andreycak. New driver ics optimize high speed power MOSFET switching characteristics. Unitrode Application Notes
  • 5Wibrand A. Theoretische und experimentelle uniersuchungen zu cinem quantitativen modell fur electromagnetische ultraschallprufkopfe[D]. Germany: Universi tat des Saarlandes, 1990.
  • 6Xiao-Wei Dai. Electromagnetic acoustic transducers: physical principles and finite element modelling[D]. Worcester, MA: Department of Electrical Engineer ing, Worcester Polytechnic Institute, 1990.
  • 7Lerch R. Simulations of piezoelectric devices by twoand three-dimensional finite element[J]. IEEE trans Ultra, Ferroelec, Frequ Contrl, 1990, 37 (3): 233 - 247.
  • 8Ludwig R, Palanisamy R. Numerical simulations of an electromagnetic acoustic transducer-receiver system for NDT applications[J]. IEEE Tran Magnetics, 1993,29 (3): 2081 -2088.
  • 9Kaltenbacher M, Ettinger K, Lerch R. Finite element analysis of coupled electromagnetic acoustic systems[J]. IEEE Tran Magnetics, 1999,35(3): 1610-1613.
  • 10Kaltenbacher M, Lerch R, Ettinger K. Computer op timization of electromagnetic acoustic transducers[A]. Proceedings of the IEEE Ultrasonics Symposium[C]. New York: 1998. 1029-1034.

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