Implementation of a PID control PWM module on altera DE0 kit using FPGA

The main aim of this paper is to design PID control PWM module using field programmable gate array (FPGA) technology. FPGA based realization offers high speed, complex functionality, consume less power, and provides parallel processing. In this paper, we have implemented PID control PWM module on programmable logic design software Quartus II and verified on DE0 Nano Board (Cyclone IV FPGA family of company Altera). Signal Tap II analyzer and RTL viewer are used for analyzing and debugging the design. For Proper timing constraint and clock arrangement, Time Quest analyzer is used. The simulation and hardware results shows that implementation with FPGA has some advantages such as flexible design, high reliability and high speed.