Design of a universal space vector PWM controller based on FPGA

Design, development and characterisation of a FPGA platform for multi-motor electric vehicle control

“…The SVPWM modulator is one of the components that can benefit from the flexibility and parallel capabilities offered by the FPGAs. Compared with other platforms (such as DSPs), the implementation of the modulator in FPGA can facilitate the incorporation of advanced techniques, such as dead-time compensation [11] and overmodulation operation [12], and allow multiple-motor control with a single chip [13]. In this work, the last feature was explored to control a multi-motor electric vehicle.…”

Hardware-Resource Saving for Realization of Space Vector PWM Based on Fpga Using Bus-Clamping Technique

“…Differ to software implementation; FPGA performs the entire procedures with concurrent operation by using its reconfigurable hardware. A FPGA is considered as an appropriate solution to boost system performance of a digital controller including an SV-PWM algorithm [2,6,13,[22][23][24][25][26].…”

A Simple Approach of Space-vector Pulse Width Modulation Realization Based on Field Programmable Gate Array

“…The digital hardware FPGA-based solution has been widely implemented in many control applications, including SVM realization [6,19,[26][27][28][29]. However, conventional SVM suffers from drawbacks such as computational burden, inferior performance at high modulation indices, and high switching losses of the inverters.…”

“…Differing with the software implementation, the FPGA performs the entire procedure with a concurrent operation (allowing parallel processing by means of a hardware mode and not occupying) by using its reconfigurable hardware. With its powerful computation ability and flexibility, an FPGA is quite mature in the application of electrical drives, and it is considerable as a solution to boost the system performance when including the SVM algorithm [6,19,[26][27][28][29].…”