Used JEC / JAPAN ENGINEERING COMPANY Profit-5345B #9249353 for sale

JEC / JAPAN ENGINEERING company Profit-5345B is a burn-in equipment developed by JEC in order to help ensure the reliability of components and finished products. This system is designed to increase reliability by subjecting components to a wide range of electrical and environmental conditions and testing for any weak links. JEC Profit-5345B unit is capable of performing a wide range of burn-in tests including high voltage burn-in, high frequency burn-in, and environmental burn-in. The machine contains an electronic switch matrix that can route signals from device under test (DUT) to a voltage source, current source, or other test instruments. The tool also contains a microprocessor-based controller, which can be configured to set up and monitor a variety of tests. JAPAN ENGINEERING company Profit-5345B burn-in asset is capable of supporting up to 16 DUTs in parallel. It has multiple temperature zones that are designed to ensure that the components and finished products are exposed to temperature and environmental conditions that closely match those of the end application. Digital control enables fast 'set-up' so that testing can begin quickly. The model also has a unique feature that enables testing to be re-started in the same conditions and with the same results even if the power is interrupted or the testing is stopped and restarted. In addition to being extremely reliable, Profit-5345B burn-in equipment offers a high level of flexibility to allow the user to configure the system according to needs. It is also equipped with its own calibration capabilities and comprehensive data logging capabilities that enable detailed analysis of test results and performance. JEC / JAPAN ENGINEERING company Profit-5345B burn-in unit is used by manufacturers and engineers looking to ensure the reliability and performance of their components and finished products. It is an essential tool for ensuring that components and products are subjected to rigorous testing and analysis in order to guarantee the highest level of reliability and performance.