Used AEHR MAX 3 #293825164 for sale

AEHR MAX 3 Burn-in Equipment is a comprehensive system that combines test and burn-in steps into one integrated package. AEHR MAX3 unit is designed to economize and streamline the testing and burn-in process, while providing a high degree of accuracy and repeatability. MAX 3 machine includes a production ready final test and burn-in workstation consisting of a base VME chassis with a test controller card, a voltage controller card, and an optional high speed pulse card. To power the tool, two high-power DC power sources (1,500W and 3,000W) are provided. The test controller is based on an advanced FPGA-based architectures, allowing for a high degree of customization. The voltage controller provides precise control of both DC and pulse voltages, enabling reliable burn-in conditions for the device under test. MAX3 asset is designed with flexibility in mind, allowing for multiple DUTs to be tested side-by-side, as well as optimized testing for each individual DUT. With its multiple node capability, AEHR MAX 3 model can test any type of DUTs such as logic, processors, memory, and A/D converters of various sizes. Additionally, the equipment can precisely control parameters such as output characteristics, voltage level, resistance, frequency, and pulse shape. For testing, AEHR MAX3 system is equipped with ITEC's SITE Executive software package, which allows for complete control over the device under test (DUT). The software package is user friendly and provides an extensive range of test parameters for a variety of standard tests, such as burn-in testing, electrical testing, switching tests, pattern testing and signal measurement tests. The software also includes diagnostic scripts, test coverage reports, and support for external instrumentation, such as oscilloscopes, logic analyzers, and data acquisition systems. In order to fully utilize the capabilities of MAX 3 unit for final test and burn-in applications, the machine includes a comprehensive range of relays, cables, and accessories. This includes XT-relays that provide low-power switching, channel linking and fault detection, high-power relays for driving high currents, and variable resistors used for precise DC voltage control. A range of accessories provide the flexibility to custom configure the station for specific customer needs, and to provide comprehensive automated test control. To sum up, MAX3 Burn-in Tool is a comprehensive test and burn-in asset that provides a high degree of accuracy and repeatability. With its advanced test controller, FPGA-based architecture, ITEC SITE Executive software package, and comprehensive selection of relays, cables and accessories, it is a reliable and cost-effective solution for a variety of final test and burn-in applications.