Used AEHR MTX-1000A #9410885 for sale

AEHR MTX-1000A is a highly reliable burn-in equipment designed for fixed loads, such as board assemblies and service-critical components. It utilizes a large chamber to provide uniform and efficient heat applications to the devices while simulating their lifetime expected environmental conditions. MTX-1000A includes advanced safety features such as Under Voltage Lock Out (UVLO) and thermal sensing limits to protect the devices against electrical and thermal damage. AEHR MTX-1000A utilizes forced-air convection heating to provide uniform heat application to the devices and simulate their expected environmental conditions. The air-flow design of the system provides ventilation through all areas of the device, allowing for an even temperature profile throughout the device. The burn-in unit is equipped with a temperature sensor, power regulator, and temperature controller for more accurate adjustments. MTX-1000A is designed with advanced safety features to protect against dangerous electrical and thermal conditions. The machine is equipped with Under Voltage Lock Out (UVLO) technology to instantly shut down the unit if the voltage drops below a specific minimum. The thermal sensing limits protect the device from excessively high temperatures by shutting off the tool if it reaches a preset range. AEHR MTX-1000A burn-in asset also features a modular expansion model for increased flexibility and capability. The modular design allows for additional connections and adapters to be added to the equipment, increasing the device's connection density. The terminal connections are plated with gold for reliable solder connections and the mounting plate is designed with an EMI shield, further reducing any undesired electromagnetic interference. MTX-1000A is an efficient, reliable and cost-effective system for stress-testing service-critical components. It utilizes forced-air convection technology for uniform heat distribution and advanced safety features, such as UVLO and temperature sensing limits, to protect against dangerous conditions. The burn-in unit is also equipped with a modular expansion machine for increased flexibility and connection density.