Discrete time control technique for induction heating system

Abstract

A novel discrete time control technique for Induction heating system is discussed. Discrete time control system is modular and flexible compared to its continuous counterpart. This control system holds major advantages of both phase shift control and pulse density modulation. Complete performance analysis of newly developed algorithm was done by conventional load simulations and Hardware in Loop Simulation (HILS). Superior to conventional control technique this technique enables us to implement configurable control system over an embedded processor.