Used JEC / JAPAN ENGINEERING COMPANY P6502 #9091693 for sale

JEC / JAPAN ENGINEERING company P6502 Burn-In Equipment is the perfect choice for reliability testing and assurance of highly integrated components. It is a comprehensive system that allows users to easily and quickly conduct various types of accelerated stress tests on components to evaluate their reliability. It is designed to provide accelerated burn-in test to obtain useful data for the reliability evaluation of components. JEC P6502 Burn-In unit comprises of a main control unit, an ESD (electrostatic discharge) protected burn-in chamber and proprietary power supplies. The main control unit is an industrial PC-based computer with high-efficiency programmable logic controller (PLC) that allows users to control and manage the machine. It is designed to support a wide variety of applications, including burn-in, temperature profiling, and ESD protection. The ESD protected burn-in chamber provides uniform temperature distribution to ensure high-precision temperature control and enable users to conduct stress tests with high reliability. It also features adjustable shelves and removable trays to accommodate larger components and settings up to 70°C. The proprietary power supplies provide reliable, stable power to components and ensure accurate current control while avoiding damage to devices. In operation, the tool allows users to set up and configure temperature profiles, voltage/current levels, and burn-in patterns according to the requirements of components under test. Additionally, user-defined test programs can be easily created, modified, and run on JAPAN ENGINEERING company P6502 Burn-In Asset. The model offers various data logging options including temperature, voltage, and current logs which allow users to monitor and analyze the reliability of components during the burn-in test. P6502 Burn-In Equipment is an ideal solution for the evaluation of component reliability and failure rate prediction. With its intuitive design and user-friendly interface, it allows for easy setup and operation of complex accelerated stress tests with high precision. Moreover, it enables the collection and analysis of valuable data to further optimize the design of components and ensure their high reliability.