Dynamic high temperature high humidity reverse bias burn-in test system(DH3TRB2000)
The system performs dynamic high temperature and humidity reverse bias burn-in test for SiC MOSFET with reference to AQG324 for the test method. Up to 8 stations can be tested ineach test area, with independent pulse source configurations. A standard 85°C/85%RH test environment is available for the device. It has the function of short-circuit disengage menttest of test device, which can automatically detach the faulty device from the burn-in test circuit without affecting the normal test of other devices.
Function
- nA-level leakage current detection accuracy
- The whole machine is refreshed in 30s for full-station data
- Unique high-voltage suppression circuit, the instantaneous breakdown of the device does not affect the burn-in process of other stations
- The independent control function of the burn-in voltage of the station can be customized to realize the over-limit rejection of theburn-in of a single station
- Full experimenter human safety considerations are set
Product Features
Test temperature | RT +10℃~125℃ |
Test humidity | 10%RH-98%RH |
Test Method | VGs,off = VGS,min and VGS on = VGS,max |
Burn-in test zone | 16 |
Stations per zone | 8 (typical) |
Voltage detection range | 50V~1200V |
Voltage detection accuracy | Detection deviation; ±(1%+2LSB) |
Pulse control | 1.Pulse frequency (square wave): 10kHz~50kHz; Accuracy: 2%±2LSB |
VGS voltage test & control range | Customized according to the device VGS accuracy: 1%±0.2V VGS overshoot: ≤10% |
Leakage current detection | Detection range: 100nA~30mA. Accuracy: Option1: 0.1uA~1mA resolution 0.1uA Leakage current detection deviation: 1%±2LSB Option2: 1mA~30mA resolution 1uA Leakage current detection deviation: 1%±2LSB |
Machine power supply | Three-phase AC380±38V |
Total weight | 1200KG (typical) |
Dimensions of machine | 1650mm(W)x1750mm(D)x1950mm(H) |
Applicable standards
AEC-Q102 AQG324 JESD22-A101
Applicable components
For MOS transistors, diodes, triode, IGBT modules, PIM modules, SiC, GaN, SCR, etc.