Burn-In Tester for Reliability and Stress Testing of Semiconductor Devices
Conveyor-based burn in tester system for electronic component endurance validation
Close-up of burn in tester loading area with electronic devices placed for thermal testing

Burn-In Tester

Precision Testing with Advanced Test Chamber and Burn-In Tester

Our cutting-edge test chamber and burn-in tester are designed to ensure thorough testing of electronic components, particularly LEDs, for reliable and long-lasting performance. With the ability to measure 32 LEDs’ voltages individually, sequentially, and continuously in LIVE FEED mode, our burn-in tester provides precise results that help detect potential issues before they escalate.

Key features include over-current and over-temperature shutdown for individual LEDs, ensuring protection during high-stress testing. The system also detects short circuits and open circuits at each LED location, allowing for real-time adjustments and accurate data collection with forward and reverse current measurements. This makes it an essential tool for maintaining the quality and safety of your components during the testing process.

Looking for a more comprehensive solution? Our Electrical Test & Measurement Tester enhances your testing capabilities, offering unparalleled accuracy for various electrical assessments.

Upgrade your testing process with our advanced tools today and ensure the highest quality standard for your electronic components!

 

Whatsapp

Advantages

  1. Measures voltages of 32 LEDs individually, sequentially, and continuously in Live Feed mode
  2. Over-current and over-temperature shutdown protection for individual LEDs
  3. Supports both forward and reverse current testing
  4. Detects short and open circuits at each LED location in real time
  5. Monitoring time: 300 ms (32 channels)
  6. Voltage tolerance: ±0.005 V
  7. Suitable for semiconductor components (e.g., MOSFETs, etc.)

Specification

System Configuration

  1. Maximum current supply per channel: 1 A
  2. Burn-in method: Constant voltage (0–30 V) preset via product recipe
  3. Utilizes a switching circuit board based on the application, which is customizable
  4. PCB and socket design provided
  5. Probing solutions available for component-level testing