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One of the major part of any power converter system is a blistering implementation of PWM algorithm for high power conversion. It must fulfil both requirements of power converter hardware topology and computing power necessary for control algorithm implementation. The emergence of multi-million-gate FPGAs with large on-chip RAMs and a processor cores sets a new trend in the design of FPGAs which are exceedingly used to generate the PWM in the area of power electronics. Of late, more and more large complex designs are getting realized using FPGAs, because of less NRE cost and shorter development time. The share of Programmable Logic Devices (PLD), especially FPGAs, in the semiconductor logic market is tremendously growing year-on-year. This calls for an increased controllability of designs, in terms of meeting both area and timing performance, to really derive the perceived benefits …