In this paper a PID controller is designed and it’s implemented on Field Programmable Gate Array (FPGA) by two method: in first method PID controller is designed in time domain and in second method PID is designed in frequency domain (Z domain) and final two method compare together. The filter that designed in time domain is more accurate than other method.

The paper presents a case study of introducing field programmable gate array (FPGA) based implementation of controllers in LabVIEW environment in a graduate Mechatronics course. The process of system identification, controller design and its implementation is illustrated using a physical system in the laboratory setting. The students’ survey response on the introduction of FPGA based controller...

......The off-chip memory subsystem is a significant performance, power, and quality-of-service (QoS) bottleneck in modern computers, necessitating a high-performance memory controller that can overcome DRAM (dynamic randomaccess memory) timing and resource constraints by orchestrating data movement between the processor and main memory. Contemporary DDRx (double data rate memory interface tech...

This paper deals with the implementation of PID controller for a DC motor controller application on FPGA platform. The soft IP core of PID controller is implemented on FPGA ALTERA Quartus II platform by using Quartus II software version 10.1. The PWM signal is generated by ALTERA board, which further given to DC motor for its speed control. The soft IP core of PID controller is prototyped and v...

This paper presents implementation of attitude controller for a small UAV using field programmable gate array (FPGA). Due to the small size constrain a miniature more compact and computationally extensive; autopilot platform is needed for such systems. More over UAV autopilot has to deal with extremely adverse situations in the shortest possible time, while accomplishing its mission. FPGAs in t...