Used AEHR Z00167351 #9017522 for sale

AEHR Z00167351
Manufacturer
AEHR
Model
Z00167351
ID: 9017522
Vintage: 1998
Dynamic burn-in system Hot / Cold Maximum temperature: 150°C Missing parts: Power supply Drivers Boards Power supply: 208 VAC, 3-Phase, 60 Hz, 150 A 1998 vintage.
AEHR Z00167351 is a leading burn-in equipment that is designed to provide highly reliable test and burn-in solutions for a variety of electronic components, such as power transistors, capacitors, opto-couplers, memories, and integrated circuits (ICs). This system is recognized for its superior performance during thermal aging and pre-qualification testing at the same time. This unit utilizes a high-performance x-ray machine along with IR cameras to ensure that the components are precision-tested and burn-in to verify their reliability and capabilities. The tool also contains a range of video observation capabilities such as a monochrome vision asset and an image overlay model which help to provide even more detail. The x-ray equipment utilizes HiX-TRM-3000 image capture technology to establish a rapid thermal cycling system. This unit can cycle through temperatures of 50 °C to 150 °C at functions up to 20 kHz, allowing for a fast and efficient burn-in process. It also utilizes thermocouples to continuously monitor and maintain the desired temperature throughout the testing procedure and supports the assessment of a variety of IC packages including SOJ, TSOP, J Type, PQFP and others. Z00167351 machine also offers a wide variety of other features to make your testing and burn-in process easier. It supports the testing of up to 16 devices at one time, and its user-friendly programming interface makes changing testing parameters and configurations a breeze. A variety of data acquisition and analysis functions are also available to help you easily track and monitor your test and burn-in procedures. Overall AEHR Z00167351 burn-in tool is an excellent choice if you are looking for a powerful and reliable testing and burn-in solution. With its x-ray based thermal cycling, range of video observation features, and user-friendly programming, this asset is sure to provide the reliable testing and burn-in performance that you need.
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