Extensions of the Discrete-Average Models for Converter Power Stages
IEEE Transactions on Aerospace and Electronic Systems
An improved power converter model is developed by combining the average and discrete modelingtechniques. The parameter determination of the proposed discrete-average model is shown to be dependent on the type of duty cycle control law and the nature of the error processor used in thefeedback loop. Furthermore, the paper pinpoints deficiencies of the conventional loop gain measurement technique which is widely used in industries.
Circuits, error correction, feedback loop, frequency conversion, frequency modulation, gain measurement, sampling methods, switching converters, switching frequency, voltage control
Shortt, D. Jeffrey and Lee, F. C., "Extensions of the Discrete-Average Models for Converter Power Stages" (1984). Engineering and Computer Science Faculty Publications. 29.