Study on design procedures of dynamic response compensation for power converter modules

This paper is aimed to study feedback circuit of the power converter modules. Traditional feedback design procedure is used to trial and error method to get better combination of compensator components. It takes a lot of time to get optimal compensation parameters which depend on the accumulation of experience. Using HP 3563A system control analyzer, the designed power module would be possible to ensure the stability and speed of response when the input voltage and load varied. According to the rules of controller design, the chosen parameters of compensation are fast. The design process is established and verified by the simulation, so the results shown that the less development time and the high stability of product.