Used ELECTROGLAS / EG 4090 #293753137 for sale

ELECTROGLAS / EG 4090 is a high performance wafer probe station designed for electrical testing and research of semiconductor materials and devices. EG 4090 features automated wafer probing, end-to-end data acquisition and control from a single graphical user interface, and is designed to optimize test throughput. ELECTROGLAS EG4090 offers four needle-style contacts on a quad-pad topography with a 100 3200g range of contact force. This design ensures accurate and repeatable measurements with minimal operator intervention. EG4090 also offers an option for manual probing, enabling users to perform tests at custom settings with greater control. ELECTROGLAS / EG EG4090 has a multi-zone heated vacuum chuck that provides a uniform temperature of up to 270° C across the entire wafer. This ensures unmatched accuracy when testing intricate, temperature-sensitive devices. The automatic wafer pickup system enables unattended operation and eliminates manual errors. ELECTROGLAS 4090 also includes a wide selection of linear/gentle contact adapters and specialized test contactors, allowing users to customize the probe station for their specific devices. High performance digital multi-meter (DMM) and field-effect transistor (FET) devices are also integrated for collecting electrical measurements. 4090's intuitive graphical user interface (GUI) offers a comprehensive view of the hardware and test parameters. Automated test scheduling and data export functions allow users to quickly create, analyze and export test results. Additionally, EG EG4090's Multi-Step Test Execution feature allows for the creation of complex multi-step test sequences using a single graphic element. Overall, ELECTROGLAS / EG 4090 is an accurate and reliable wafer probe station offering superior performance and flexibility. With its high quality contacts, multi-zone heated chuck, intuitive GUI and automated test functions, EG 4090 can help scientists and technicians streamline their workflows and maximize their efficiency.