A new design technique of the input filter damping network for dc-to-dc switching converters of buck type is presented. This technique is derived by means of zero dynamics analysis of the switching converter and yields equivalent results to those obtained using the classical approach based on minimizing the filter output impedance. The new method can be applied in converters of buck type with two inductors, boost with two inductors and dual SEPIC. Simulation and experimental results corresponding to a boost converter with two inductors illustrate the procedure.
Zero dynamics-based design of damping networks for switching converters
IEEE Transactions on Aerospace and Electronic Systems ; 39 , 4 ; 1292-1303
2003-10-01
893319 byte
Article (Journal)
Electronic Resource
English
Zero Dynamics-Based Design of Damping Networks for Switching Converters
Online Contents | 2003
|Input Filter Damping Design using Zero Dynamics Analysis
British Library Conference Proceedings | 2002
|Constant Frequency Resonant DC-DC Converters With Zero Switching Losses
Online Contents | 1994
|