Used LTX-CREDENCE SC 312 #293608905 for sale

LTX-CREDENCE SC 312 is a final test equipment designed to provide high-fidelity testing and characterization of integrated circuits, RF printed circuit boards and systems, and other components at high volumes. This system is scalable, giving users the ability to expand the unit as their testing needs increase or change. At the core of SC 312 is an advanced test control machine, which has a controller along with its support vectors and station algorithms. This tool is designed to provide higher accuracy and repeatability than most traditional methods. This asset also has a comprehensive suite of on-board diagnostic tools, which enable operators to detect, diagnose and resolve common problems quickly and easily. LTX-CREDENCE SC 312 has one or more test modules which can be customized for the test environment. The tester includes an integrated Double Precision Universal Source Module (DPU) for high accuracy double-sided testing. The DPU is suitable for testing digitizers, oscillators, and waveform generators as well as other high fidelity test parameters. The DPU can be easily upgraded with additional module cards if needed. In addition to its powerful test control model and module cards, SC 312 offers a variety of other features to ensure that tests are carried out correctly and efficiently. It has an intuitive Graphical User Interface (GUI) which helps operators visualize the process and interpret results quickly. The equipment also has a Dual Band Quadrature Amplifier (DBQA) which can read and accurately interpret two-dimensional waveforms. This makes it suitable for high-speed components, especially those with high-frequency waveforms. Finally, LTX-CREDENCE SC 312 also provides a variety of post-test analysis processes that allow users to diagnose and troubleshoot any test problems quickly and easily. These include vibration monitoring, waveform capture, waveform comparison and defect diagnostics. With these features, users can be confident that SC 312 will provide comprehensive testing and characterization with minimal effort.