RGB TO High-power Drawer-type Burn-in System-Module testing_TO testing

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RGB TO High-power Drawer-type Burn-in System

Classification:

PSS high-power TO drawer burn-in system is mainly used for power-on burn-in of high-power lasers under certain temperature conditions. The burn-in drawer can meet the burn-in requirements of lasers (TO9, TO56, COS, etc.) with different packages. One burn-in system can load up to 16 burn-in drawers. Each drawer is equivalent to an independent experimental plan, and its burn-in temperature control and power-on can be controlled independently. The system integrates burn-in upper computer software, which can monitor the burn-in current and voltage data during the burn-in process, facilitating user reliability analysis.

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- Commodity name: RGB TO High-power Drawer-type Burn-in System
- 型号: PSS LRS15122-W
- Describe: Burn-in current ≤9A, voltage ≤7V, supporting 512PCS RGB TO device burn-in
PSS high-power TO drawer burn-in system is mainly used for power-on burn-in of high-power lasers under certain temperature conditions. The burn-in drawer can meet the burn-in requirements of lasers (TO9, TO56, COS, etc.) with different packages. One burn-in system can load up to 16 burn-in drawers. Each drawer is equivalent to an independent experimental plan, and its burn-in temperature control and power-on can be controlled independently. The system integrates burn-in upper computer software, which can monitor the burn-in current and voltage data during the burn-in process, facilitating user reliability analysis.

Application
1. Burn-in reliability test of high-power visible laser TO56, TO9 and COS
2. Laboratory verification or batch testing

Features
1. Each drawer integrates 32 channels of 9A, 7V independent constant current burn-in power supply. The abnormality of a single channel does not affect the normal burn-in of other channels
2. The burn-in data of each product is independently monitored and stored, which is traceable and convenient for analyzing the failure process
3. The water and electricity separation and strict water leakage prevention design are adopted to ensure the safety of water and electricity
4. Pure water cooling + flow rate adjustment temperature control are adopted, and the burn-in temperature control is highly efficient
5. It can support online power monitoring and trace the power attenuation during the burn-in process

Specification
Product Features

• Independent drawers; each drawer is an independent temperature zone and experimental plan

• Supports various packages such as TO56, TO9, and COS. Aging drawers can be customized according to the device under test to meet the aging test requirements of different types of lasers.
• High reliability design, supporting over-temperature protection and power-off protection, enabling long-term reliable experiments.
• The equipment adopts water cooling + TEC temperature control, with strong load capacity and good temperature uniformity.
• The software supports local and remote SQL databases, supports semi-customization, and conforms to customer process flows.

Parameters	Indicators
Device Type	TO56/TO9/COS, other packages can be customized drawer support
Number of Drawers	40
Number of Devices Supported per Drawer	40PCS/(150mA, 5V) 20PCS/(1.2A, 5V) 10PCS/(3A, 5V)
LD Drive Current	0~150mA; 0~1.2A; 0~3A;
LD Voltage Measurement	0~7V
Temperature Detection Circuit	Range 10℃~120℃, ±1℃ @60℃, (under 10K NTC conditions)
Fixture Temperature Control Range	20℃~60℃
Temperature Uniformity	±1°C
Temperature Stability	±0.5℃
Heating Rate	8°C/Min
Cooling Rate	6°C/Min
Cooling Mode	Water Cooling + TEC
Input Power Supply	380V AC, 15KW
Plant Requirements	Compressed air pressure 0.5~0.8 MPa, flow rate >50L/min Circulating water flow rate >10m³/h, circulating water temperature <30℃