Power Electronics and DC Speed Control Trainer Textbook Aligned AI Wiring Simulation for University Labs
Power Electronics and DC Speed Control Trainer
Textbook-aligned AI wiring simulation training device designed for university laboratory environments with comprehensive curriculum coverage.
Product Overview
The RM-F104 Power Electronics and DC Speed Control Training Device is developed based on experimental outlines from authoritative textbooks including "Power Electronics Technology (4th Edition)", "Semiconductor Converter Technology", and "DC Speed Control Technology" edited by Wang Zhaoan of Xi'an Jiaotong University. This advanced training system incorporates international product advantages while considering current laboratory requirements and future development trends.
Application Scope
Comprehensive coverage of experimental projects for professional courses including Power Electronics Technology, DC Speed Control, Motor Control, and Control Theory.
Technical Specifications
| Parameter |
Specification |
| Input Power |
Three-phase five-wire 380V±10% 50HZ |
| Operating Environment |
Temperature -10℃ to +40℃; Relative Humidity <85% (25℃); Altitude <4000m |
| Device Capacity |
<1.5KVA |
| Dimensions |
1600*700*1700mm ±10% |
Practical Training Projects
Power Electronics Technology
- Single-junction transistor trigger circuit and single-phase half-wave controlled rectifier circuit experiment
- Single-phase bridge semi-controlled rectifier circuit experiment
- Single-phase bridge fully controlled rectifier circuit experiment
- Single-phase parallel inverter circuit experiment
- Single-phase AC voltage/power regulation circuit experiment
- Single-phase AC-DC-AC frequency converter circuit experiment
- Three-phase thyristor trigger circuit experiment
Power Electronics Technology (Fully Controlled Device Characteristics)
- Measurement of main parameters of power field-effect transistors (MOSFETs)
- Research on the driving circuit of power field-effect transistors (MOSFETs)
- Research on the characteristics and driving circuit of insulated-gate bipolar transistors (IGBTs)
- Experiment on the characteristics of unidirectional thyristors (SCRs)
- Experiment on the characteristics of bidirectional thyristors (SCRs)
DC Speed Control Experiments
- Determination of parameters and characteristics of thyristor DC speed control systems
- Debugging of main units of thyristor DC speed control
- Study on the static characteristics of irreversible single closed-loop DC speed control systems
- Measurement of current negative feedback DC speed control
- Research on voltage negative feedback DC speed control
- Double closed-loop thyristor irreversible DC speed control system