The comprehensive experimental platform for power electronics technology is designed for experimental teaching in electromechanical and automation programs. It supports courses including principles of motors and electric drives, power electronics technology, and electrical drive control systems, providing comprehensive experimental capabilities with expansion potential for advanced research applications.
Key Features
Unique structural design combining fixed modules (load, AC/DC power supply, and heavy modules) with hanging-box modules, reducing teacher preparation time while enabling functional expansion
Comprehensive coverage of traditional experiments with emphasis on modern power electronic devices and control theories, organized into device research, circuit research, and system research components
Advanced safety protection systems including AC power output overcurrent protection, high-voltage protection circuits at trigger pulse observation ports, and safety protection circuits for power devices