Used AEHR MTX 30000H #9017540 for sale

AEHR MTX 30000H is a state-of-the-art burn-in equipment designed to ensure reliability and high performance of electronic components. Its advanced design features make it well-suited for demanding research, development, and production environments. The system comprises a multiplexer for direct current (DC) measurement with up to 90 channels, as well as four temperature programmable heat controllers that can provide up to 11 power zones for controlling the temperature of the test boards. MTX 30000H also has a fault detection unit that can monitor test parameters and provide safeguards against the most common causes of failure. Additionally, the machine incorporates an innovative power monitor which gives real-time data regarding the instantaneous power loading on each vecu (very large scale integrated circuit) during testing. The tool has the capability to control up to 600 devices and features a user-friendly graphical user interface (GUI). It is capable of running large scale production tests, with multiple test boards in multiple power zones, as well as larger-scale development tests. AEHR MTX 30000H is able to output a wide range of signals and is compatible with analog, digital, and serial interfaces. It also has the capability to communicate with external systems as part of a larger asset-of-systems. This allows for integration into larger model structures like factories and automated test systems. The equipment is constructed from quality components, features an aluminum chassis, and is designed to be exceptionally reliable. It has been tested to military grade specifications, ensuring high reliability for all applications. MTX 30000H also has powerful software capabilities for data logging, control, and analysis. Its user-friendly GUI enables users to control and monitor test results quickly and easily. Overall, AEHR MTX 30000H is a powerful, reliable, and user-friendly burn-in system designed to ensure the reliability of electronic components. With high performance features and compatibility with a wide range of interfaces, it represents the latest advances in the field of burn-in technology.