Used TERADYNE TestStation LH 124 #9209262 for sale

TERADYNE TestStation LH 124 is a final test equipment designed for production volume testing of a variety of electronic devices. It consists of two main components- system hardware and test software. The unit hardware includes a main cabinet, which houses the machine electronics, a digital processor and memory, and various interfaces. TestStation LH 124 also has several slots for various testers or probing equipment, which can be customized depending on the type of electronic device being tested. The tool also has an on-board device power supply for powering the device under test during the test. The software, supplied with the asset, provides the capabilities for setting up the test sequences, as well as for controlling the test parameters. It automates the data acquisition process, and provides the infrastructure for configuring and analyzing the results. The software provides the ability to divide the tests into functional areas, which simplifies organizing and controlling them. TERADYNE TestStation LH 124 provides a highly automated and cost-effective solution for production volume testing of a variety of electronic devices, such as microprocessors, memories, and communication devices. It also provides a great deal of flexibility in the type of test configurations that can be developed, allowing for both customized and standard test configurations. The model is also easy to integrate into existing production line operations. The equipment is designed for robustness and reliability, and is capable of performing in harsh environments. It also has an internal thermal management system, which prevents components from being damaged due to overheating. The unit also has built-in diagnostics for easy troubleshooting and maintenance, and can be customized for particular applications, such as for high-volume testing of large scale printed circuit boards. Overall, TestStation LH 124 provides a reliable and cost-efficient solution for production volume testing of a variety of electronic devices. Its flexibility and robustness make it an excellent choice for high-volume testing environments.