Used LTX-CREDENCE PAx #293591524 for sale

LTX-CREDENCE PAx is a final test equipment designed to support the testing of both low-power and high-power electronics in various industrial and automotive applications. Its hybrid power topology combines multiple power architectures, allowing the test system to occupy little floor space while supporting a wide range of tests. The unit includes a power subsystem with DC-powered and AC-powered supplies, and an embedded processor to provide control and testing functions. The power subsystem at the heart of the machine consists of two primary sub-systems, an AC-powered supply and a DC-powered supply. The AC-powered supply provides power to the tool's electronics, as well as to the DC-powered supply. The DC-powered supply ensures that accurate, low-level output is available in each and every test. The DC-powered supply also includes robust safety features such as arc protection, current sensing, and programmable over-current protection. The asset's embedded processor provides intelligence to the test model. This processor provides a range of testing, monitoring, and control functions. The processor is able to receive, analyze, and process signals from the power subsystem, and can adjust the test signal path on the fly. The processor offers a range of programming options, including sequencing of tests, parameter tuning, and automated result collection. In addition, the processor can control and monitor the entire test equipment, and can be used for data collection. The system's software architecture enables efficient integration with many different test systems. The unit includes a number of ready-made, software modules that can be used to quickly create test programs, with the user having full control of the memory and code sections. Furthermore, the machine's software architecture allows for customer-induced modifications and development of additional tests. The modular design of the tool also enables swift configuration of the test asset to fit the requirements of the application being tested. Such configurations can include a selection of channel counts, as well as the choice of AC-powered or DC-powered supplies, providing flexibility and scalability to the model. In conclusion, PAx is an advanced final test equipment designed to fulfill a multitude of testing requirements for both low-power and high-power electronics. Its hybrid power topology, powerful embedded processor, and modular design makes it an extremely flexible, accurate, and reliable system for testing various applications. It is a highly capable unit to meet any and all testing needs.