Used ADVANTEST Test Head Boards for V93000 #293658604 for sale

ADVANTEST Test Head Boards for V93000 are a type of final test equipment used in the development of integrated circuits (ICs). They are designed to accelerate the testing process for ICs during development by providing a rapid, accurate, and cost-effective solution. Test Head Boards for V93000 consist of multi-head group units which are mounted to a test head board. This allows them to support a variety of different pin counts and multi-site testing configurations. This helps performance-critical components get tested quickly using the same test system. The V93000 Test Head Boards enable parallel testing of multiple devices, allowing the end user to achieve faster test times and improve quality. This is achieved by utilizing the high-speed operation of the boards as well as their adaptability to a wide range of device types and test configurations. Furthermore, they feature the ability to minimize errors and maximize yield and test coverage by harnessing the low test cycle time and high-speed operation. Furthermore, the V93000 Test Head Boards feature board-level monitoring, providing a unique set of monitoring features. These features allow users to monitor test progress for better test yield management and lower operator costs. This is applicable for testing fine-pitch and ultrafine-pitch parts due to their low noise levels, which helps to minimize crosstalk and improves performance. The main feature of ADVANTEST Test Head Boards for V93000 is their expandability. These boards can easily be reconfigured and adapted to support various other applications outside of final test. They are also compatible with ADVANTEST E6240 7 Series and N901 Series test systems, allowing end users to easily access test information or use multiple board/unit configurations to maximize machine performance. Overall, Test Head Boards for V93000 are a highly efficient final test tool, providing users with a comprehensive and easily reconfigurable solution that can adjust to individual needs. They are ideal for testing performance-critical components and their low test cycle time and board-level monitoring capabilities further enhance the user's test yields and lower operator costs.