ON THE IMPLEMENTATION OF RESONANT CONTROLLERS IN CONTINUOUS AND DISCRETE TIME DOMAINS

This paper analyses the implementation of resonant controllers in the continuous (analogue) and discrete (digital) domains. The authors present some topologies that can be used for implementing the resonant controllers in fundamental domains, s and z. The effects of various processes like the discretization and quantization are also discussed. The performances of proposed topologies are evaluated by simulations and by measurements performed on the developed hardware platform.