A combination of SiC Three-Phase inverter with a controller, sample software, etc., so that it can be operated as a Three-Phase inverter simply by turning on AC100V for control. 6 units of SiC-MOSFET (manufactured by ROHM) are used to form a Three-Phase full-bridge inverter with max. rated power at 10 kVA. 24V control power supply and sample software are included.
| TYPE OF TESTS | SPECIFICATIONS |
|---|---|
| DC Voltage Range | 0 V - 400 V : P-N Port |
| Maximum AC Current | 30 Arms : U, V, W Port |
| Maximum Switching Frequency | 200 kHz : Modi ed w/ Rotary Switch |
| Minimum Dead-time | 200 ns :Modi ed w/ Rotary Switch |
| Operational Switch | Toggle SW: 8 ch / Rotary SW: 1 ch |
| Display LED | Yellow¼ 8 ch / Red¼ 4 ch / Green : 5 ch |
| Start/Stop | Gate Signal Output Control |
|---|---|
| Topologies | Chopper / Inverter 1-phase / 3-phase Unipolar Modulation / Bipolar Modulation |
| Modulation Ratio | 0 - 1 |
| Inverter Output AC Frequency | 50Hz - 500Hz |
| Modulation | Triangle-Comparison / Space Vector |
| Dead-time | 30 ns ~ 100ns |
The HEK-INV-A SiC Inverter Development Set offers advanced testing and development tools for Silicon Carbide (SiC) inverters. Designed for high-efficiency power conversion, it provides precise control, real-time performance monitoring, and robust testing capabilities, enabling engineers to optimize inverter designs for electric vehicles and other high-performance applications.
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