Used TERADYNE / EAGLE ETS 564 #9202941 for sale

TERADYNE / EAGLE ETS 564 is a final test equipment used for the assembly of printed circuit boards (PCBs). It is an automated system that performs electrical and optical tests on assembled PCBs and their circuitry in order to ensure that they meet their manufacturer's standards. This unit provides automated test coverage and features a wide array of features designed to reduce cost and improve product quality. EAGLE ETS 564 is made up of multiple standalone components, including an interconnect tester, a Functional Imaging Module (FIM), an in-line vision machine, and a software environment. TERADYNE ETS-564 performs multi-site concurrent test coverage. A common controller automatically coordinates the test sequences and manages the communication between the interconnected testers, the FIM, and the 3-D cameras. The interconnect tester performs electrical tests on the PCBs, such as measurements of open/shorts, resistance, capacitance, inductance, and controlled impedance. This helps to ensure that the PCBs are of the proper quality and do not contain an unacceptable number of component defects. The FIM adds the ability for optical inspections and pattern recognition, such as comparing a site to a CAD model. The in-line tool adds specialized capabilities such as precision 3-D vision measurements, adding even further assurance of the quality of PCBs. ETS 564's software environment consolidates operation and data acquisition into a single platform, allowing for improved analysis and reporting. This software environment is designed to securely manage test programs, test results, and provide comprehensive reporting for quality assurance purposes. This enables quick reactions to critical issues, reduces scrap, improves product cycle time, and ensures manufacturer standards are met. In summary, ETS-564 is an efficient, automated final test asset that is capable of multi-site concurrent test coverage. It is designed to quickly test PCBs and their circuitry and provide reliable data for quality control purposes. The combination of interconnect testers, Functional Imaging Modules, in-line vision systems, and software environment make it an ideal model for rapidly testing PCB assemblies.