对目前的紧凑型设计而言,过去的经验法则可能不再是最佳解决方案
[1] Muhammad Taher Abuelma’atti "Radio interference by Demodulation Mechanisms Present in Bipolar Operational Amplifiers IEEE Transactions on Electromagnetic Compatibility, Vol 37. NO.2, May 1995.
[2] Robert E. Richardson, Jr. Modeling of Low-Level Rectification RFI in Bipolar Circuitry. IEEE Transactions on electromagnetic Compatibility, Vol.EMC-21, NO4, November 1979.
[3] Application Note AN1299 "Measuring RF Interference in Audio Circuits". Authors Don LaFontaine and Bob Pospisil. www.intersil.com/data/an/AN1299.pdf
[4] Franco Fiori Compliance Engineering 2000 November, December issue "Integrated Circuit Susceptibility to Conducted RF Interference" www.ce-mag.com/archive/2000/novdec/fiori.html
[5] Hamid Ghadamabadi, James J. Whalen, R.Coslick, C. Hung, T. Johnson, W. Sitzman and J. Stevens Department of Electrical and Computer Engineering. "Comparison of Demodulation RFI in Inverting Operation Amplifier circuits of the same gain with different input and feedback resistors values".www. ieeexplore.ieee.org/iel2/161/6451/00252748.pdf?arnumber=252748
[6] Hamid Ghadamabadi, James J. Whalen Department of Electrical and Computer Engineering. "Parasitic capacitances can cause demodulation RFI to differ in inverting and non-inverting operation amplifiers circuits" IEEE 1991 Electromagnetic compability, 1991, Symposium record.
[7] Robert E. Richardson, Vincent G. Puglielli and Robert A. Amadori. "Microwave Interference Effects in Bipolar Transistors" IEEE Transaction on Electromagnetic Compatibility, Vol. .EMC-17, NO.4, November 1975.
- 解析几种有效的开关电源电磁干扰的抑制措施(01-22)
- 线性光电耦合器在开关电源中的应用(01-15)
- 光耦合器和光隔离器(05-16)
- 交叉耦合门防止推挽驱动器交叠(07-01)
- 基于LT3573隔离型反激式DC-DC开关电源的设计(05-09)
- 光电耦合器在并口长线传输中的应用(05-26)