Aging Lifetime & Thermal Resistance Test
TRA-300 LED Thermal Resistance Structure Analyzer
Patents Technology. Capable of Analyzing Thermal Structure.
The TRA-300 accurately measures the thermal resistance, junction temperature, optical power, voltage, current and other parameters of LED packaging products.
The heating and cooling curves of LED can also be obtained, and the integral and differential thermal structure functions can be obtained by establishing the finite element model.
Through the structural function analysis of the TRA-300 special software, the fine thermal resistance structure of the LED (from the chip to the thermal resistance value of each package structure) can be obtained, so as to objectively evaluate the heat dissipation quality and thermal management level of the LED package products, and provide the best verification for the heat dissipation design of the LED.
Features
- Excellent Overall Performance
Comprehensive thermal, electrical and optical analysis function can measure the thermal resistance, junction temperature, optical power, voltage and current and other parameters of LED package products or some finished lamps, referring to EIA/JESD 51, MIL-STD-750D, SJ 20788-2000, QB/T4057-2010 and other international and domestic standards. - Clear and Intuitive UI
The intuitive and convenient analysis interface can draw voltammetry characteristic curve, junction pressure-temperature curve, junction temperature-time curve, integral structure curve, differential structure curve and relative spectral curve.
The fine thermal resistance structure of the LED (from the chip to the thermal resistance value of each package structure) can be obtained, so as to objectively evaluate the heat dissipation quality and thermal management level of the LED package products, and provide the best verification for the heat dissipation design of the LED. - High Temperature Sampling Speed
Fast and accurate temperature sampling speed, one temperature measurement can be completed within 1μs, and the signal-to-noise ratio is high. - Patents Technology
The equipment contains a number of EVERFINE unique patented technology, with complete independent intellectual property rights.
Technical Specifications
| Model | TRA-300 |
| Programmable Constant-Current Source Output Range | 0.1 mA–4000.0 mA; maximum output voltage: 300 V; maximum output power: 100 VA |
| Forward Current IF Measurement Range | 0.10 mA–50 mA/500 mA/4000 mA, autoranging |
| Forward Current IF Measurement Accuracy | 0.1%F.S.+0.1%R.D.+1DG |
| Forward Voltage VF Measurement Range | 0.0000 V–5/30/60/150/300 V, manual range selection |
| Forward Voltage VF Measurement Accuracy | 0.05%F.S.+0.05%R.D.+1DG |
| Thermal Characterization Test Current IM | 0.10mA~19.90mA |
| Thermal Characterization Heating Current IH | 20mA~4000mA |
| Sampling Rate | Up to 1 MHz |
| Spectral Wavelength Range | 380nm~780nm |
| Optical Power Range | 0.01mW-30.0W |
| Junction Temperature Measurement Range | −50 °C–+200 °C (depending on the K-factor) |
| Thermal Resistance Measurement Range | 0℃/W~250℃/W |
| Temperature-Controlled Unit | 5 °C–100 °C temperature control; stability: 0.3 °C |
| LED Under Test Specifications | Maximum outside diameter: 50 mm; substrate-type LED fixture included |
