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https://www.rubberinterposer.com/products/burn-in-test-socket/
Burn-in Test Socket
The Burn-in Test Socket is a critical component used in semiconductor testing to assess the reliability and durability of integrated circuits (ICs) over extended periods. It facilitates the application of stress tests, including elevated temperatures and voltage levels, to identify potential failures and ensure the quality of ICs before deployment.

Burn-in Test Socket Details
Burn-in Rubber Socket
Excellent electrical performance
No ball damage
Easy to maintain and replace
Temperature -40~125℃

Features of Burn-in Test Socket
Robust Construction: Designed for durability and reliability during prolonged testing periods.

High Temperature Tolerance: Capable of withstanding elevated temperatures necessary for burn-in testing.

Secure Connection: Provides a stable interface between the IC and testing equipment, ensuring accurate results.

Easy Handling: User-friendly design for efficient insertion and removal of ICs during testing processes.

Compatibility: Supports various IC packages and sizes, offering versatility for different testing requirements.

Application of Burn-in Test Socket
The Burn-in Test Socket finds application primarily in semiconductor manufacturing, specifically in the burn-in testing phase. This crucial testing process subjects integrated circuits (ICs) to elevated temperatures and operating conditions for an extended duration to identify potential defects and ensure long-term reliability.

During burn-in testing, the test socket provides a secure interface between the IC and testing equipment, allowing for the continuous application of stress tests while monitoring the IC's performance and stability. This process helps to identify early failures and weak components that may not manifest during normal operation but could lead to reliability issues over time.

Burn-in Test Socket Advancements and Innovations
Enhanced Thermal Management: Integration of advanced cooling systems and materials to better regulate temperatures during burn-in testing, ensuring consistent and reliable results.

Increased Durability: Utilization of high-quality materials and robust construction techniques to improve the longevity and reliability of Burn-in Test Sockets, reducing maintenance and replacement costs.

Improved Contact Mechanisms: Development of innovative contact designs to minimize signal loss and ensure reliable connections between the IC and testing equipment, enhancing the accuracy of test results.