Used TERADYNE 879-373-00 #9135343 for sale

TERADYNE 879-373-00 Final Test Equipment is an automated system designed for automatic in-circuit test and final test of integrated circuits and assemblies. This unit supports both visual inspection and physical contact testing in either low or high volumes. The machine can test a wide range of sizes, shapes, and configurations of integrated circuits with a high degree of accuracy and repeatability. The tool includes two major components - the Image Processing Unit and the Control Unit. The Image Processing Unit is the main component responsible for the detection of defects, such as shorts, opens, wrong polarity, and wrong contact locations, in the integrated circuit. It can perform high resolution vision inspection of solder joints, as well as high accuracy 3D imaging of the component. It has the ability to sense and determine the presence of low-level shorts on the board and interfaces with a suite of secondary vision systems for high-resolution inspection of solder joint defects and throughput testing. The Control Unit is the second main component of the asset. It is the software component responsible for controlling all of the model's hardware elements. The Control Unit is also responsible for delivering the proper test program to the hardware and also for transferring the test results to the host device. It has a user-friendly interface and provides the ability to manage data, log test results, and conduct failure analysis. The equipment also includes a connectorized rack with a working area of 600mm x 640mm, allowing it to test multiple devices simultaneously. The system is portable and can be moved and configured to suit different application requirements. It also includes a built-in automated test stand, which eliminates the need for manual programming. The unit has an integrated data handling machine which allows the results of each test program to be stored and recalled later. Overall, 879-373-00 Final Test Tool is an excellent automated test asset for low to high-volume testing of integrated circuits and assemblies. It has a user-friendly interface and is capable of efficiently testing a wide range of components with high accuracy. The model can be used for both visual inspection, as well as physical contact testing, which makes it an ideal solution for the automated testing of today's increasingly complex integrated circuits.