Used TERADYNE / EAGLE ETS 564 #9115951 for sale

TERADYNE / EAGLE ETS 564 is a highly advanced final test equipment designed for printed circuit board (PCB) testing and fault detection. This user-friendly system enables quick and accurate diagnosis of faulty boards at the final phase of the assembly process. EAGLE ETS 564 features an automated test executive unit and a library of test programs that provide real-time fault detection and identification. It also has Flexible Fault Coverage (FFC), which is designed to adapt the test coverage to the demand that any given board may require. Moreover, it is programmable and enables customers to create custom programming using the Easy Test Pro software. It also offers two measurement types: two-quadrant and four-quadrant. The machine is equipped with a low-cost, high-speed parallel test architecture which can handle more devices than traditionally possible. This ensures that more devicesare tested while still maintaininga high level of accuracy even with complex layouts. Additionally, it comes with VectorMatch, a diagnostic feature which identifies all parameters and helps isolate and diagnose each fault. TERADYNE ETS-564 operates at a maximum frequency of 80 MHz, and is capable of testing boards with up to 2048 net elements atall levels of complexity. Moreover, it has an innovative mux-bus technology for data transfer between devices. This improved efficiency makes it suitable for fast-paced product development and prototyping. Additionally, the tool is able to maintain accuracy at very low pin count densities with its advanced on-board matrix scan probes. Finally, TERADYNE ETS 564 features advanced process control capabilities, which enable users to create a high degree of process repeatability and process compliance with the appropriate usage of on-board scanning. This helps reduce testing time and ensures consistent product quality. In conclusion, EAGLE ETS-564 is an advanced final test asset which not only provides quick and accurate fault detection, but also enables customers to create custom programming and maintain a high level of accuracy even with complex board layouts. Additionally, its flexible fault coverage, mux-bus technology, and process control capabilities make it suitable for fast-paced product development and prototyping, while also improving product quality and reducing testing time.