Used LTX-CREDENCE ASL-3000 RF #9124615 for sale

LTX-CREDENCE ASL-3000 RF is a purpose-built Final Test equipment, designed to facilitate fast, efficient, and reliable testing of semiconductor components. Its main purpose is to automate the process of testing components of RF systems, allowing for more consistent results with minimal interference from external noise sources. LTX-CREDENCE ASL 3000 RF operates with a frequency range of 1 - 8 GHz, and features a scan rate of 1 GHz per second. It can be used to test single or multiple devices at once, is adaptable to various component, module, and board types, and offers a high level of repeatability and consistency. The system also features an advanced RF test head with a noise signal rejection ratio (NSRR) of -40 dBm. This is a measure of the unit's ability to remove external noise signals, and is a key factor in providing accurate test results. This feature is useful for reducing variation due to non-ideal environments and faulty components. The machine also features a radar pulse generator, which is used for pulse width measurement and timing. This can be used in combination with anisotropic radiators and reflector antennas to assess the overall performance of the tool under various conditions. ASL-3000 RF also has an Advanced Diagnostic engine which performs various types of tests to measure component performance and identify potential issues with components. This is an important feature as it can help to spot components that may be in need of repair or replacement, saving time and money. Finally, the asset has a number of safety features and can be used with high voltages without endangering the user. This is supported by Key Safety Contactors, which digitally signal potentially dangerous conditions, and the model is also equipped with ESD and surge protection, preventing any accidental damage. All of these features combine to make ASL 3000 RF an efficient and reliable choice for performing final test in RF systems. The consistent repeatability, combination of diagnostic tools and safety features, and high level of signal performance make it a great choice for automated testing of semiconductor devices.