Used STK MA12602-L #9097724 for sale

Manufacturer
STK
Model
MA12602-L
ID: 9097724
Burn-in systems.
STK MA12602-L is a high-performance burn-in equipment designed for the testing of advanced electronic products, including those requiring stringent thermal cycling and burn-in tests. Utilizing ac-powered pulse thermal arrays, the system is capable of meeting a wide variety of testing requirements with excellent thermal management and reliability. The unit comes with an integrated high-efficiency cooling machine that has variable speed fans that are independently speed adjustable for optimal cooling performance. The tool also contains an analog temperature sensor that provides sophisticated temperature monitoring and control for each individual channel. This allows the asset to provide accurate temperature measurements and control during the burn-in process. MA12602-L is equipped with a non-intrusive laser-sensing probe that is designed to measure the temperature and other operational parameters with an accuracy of ±0.015°C. This feature ensures that the process of burn-in can be performed efficiently and to exacting standards. The model uses a multiplexing method to continuously cycle temperature and electronics parameters over the complete range of the burn-in environment. This allows the user to take advantage of the dynamic capabilities of the burn-in equipment for maximum efficiency. The system also contains a comprehensive and advanced data logging capability, with the ability to record and store detailed information regarding each individual test. By linking several test systems together, the user can perform distributed tests, allowing for efficient testing of multiple devices simultaneously. STK MA12602-L is a highly reliable burn-in unit that offers excellent performance and flexibility. It is ideal for engineering development, compliance testing, and failure analysis. With its highly accurate and reliable thermal control, non-intrusive laser sensing, and comprehensive data logging capability, this machine is an excellent choice for any burn-in testing requirements.
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