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Math Notes for Power Electronics and other Electrical Engineering Areas. This is a work-in-progress; I would appreciate your comments and corrections. 

Output Resistance of a Common-Emitter Stage. I have had to figure this one so many times you would think I would remember. 

Modeling a complicated transfer function with a simple one: low-and high-frequency cutoffs. Spice example of the effects of low- and high-frequency cutoff. 

If I were to write a circuits book, I would introduce the ideal transformer first, and put the practical transformer in a later chapter.  Here is my introduction to the ideal transformer.  

• Power Electronics 
• Switching Power Converters, Modeling and Control 

• E. A. Mayer and R. J. King, "An Improved Sampled-Data Current-Mode-Control Model which Explains the Effects of Control Delay," IEEE Transactions on Power Electronics, Vol. 16, No. 3, pp. 369-374, May 2001. 

 
• Y. W. Lo and R. J. King, "Sampled-Data Modeling of the Average Input-Current-Mode-Controlled Buck Converter," IEEE Transactions on Power Electronics, Vol. 14, No. 5, pp. 918-927, September 1999. 

 
• E. A. Mayer and R. J. King, "Previously Unobserved Effects of Delay on Current-Mode Control," 1999 Power Electronics Specialists' Conference Record, (plenary session), Charleston, SC, June 27-July 1, 1999, Vol I, pp. 13-18. Copy of paper in pdf format.

 
• Y. W. Lo and R. J. King, "High-Performance Ripple Feedback for the Buck Unity-Power-Factor Rectifier," IEEE Transactions on Power Electronics, Vol. 10, No. 2, pp. 158-163, March 1995.