Used LTX-CREDENCE STS 4020 #9356369 for sale

LTX-CREDENCE STS 4020 Final Test Equipment is a versatile test platform designed for semiconductor device manufacturers and testers. The system combines advanced hardware and software technologies to enable efficient and accurate testing of devices across a wide range of parameters. The platform offers a modular architecture and powerful PCB assembly technology, enabling it to provide cost-efficient testing of devices with a broad range of footprints. It also enables high throughput and low cost of ownership, resulting in higher yields. Automated features improve accuracy and throughput. The unit is equipped with an advanced Digital/Analog (D/A) module that includes a gain accuracy specification of +/- 0.1 percent. This module supports differential simultaneous sampling of Analog I/O devices and has integrated shutdown pins. STS 4020 also has a fully programmable JTAG interface that allows for continuous digital and mixed-signal testing using the TAP interface. This allows for the testing of a large variety of high speed digital devices with minimal effort. The machine includes several automated calibration and diagnostic capabilities. An optical image scanner is included for image-based device-profiling. Automatic thermal chamber shut-off when power is lost ensures that devices are not damaged during high-temperature tests. The tool also provides features for fully automated manufacturing control and device-to-device communication. The platform also offers advanced fault detection technology. This allows the asset to detect physical objects on the device, such as a shorted pin or defect, which can be detected before the test results are traceable. LTX-CREDENCE STS 4020 Final Test Model is a cost-effective and reliable test platform that enables efficient and accurate testing of a wide range of devices, across various parameters. Its modular architecture, automated features, and advanced diagnostics capabilities provide reliable results that are essential for manufacturing processes.