Used TEKTRONIX VM 5000 #108588 for sale

TEKTRONIX VM 5000 is an advanced test equipment for testing electrical and electronic systems. It is a high performance solution for comprehensive component and system level testing that efficiently measures and analyzes voltage, current, and power on mixed-signal and common devices. VM 5000 includes a high speed Dynamic Signal Analyzer, an integrated power converter and digital communication interface, and an 8-channel multiplexer for simultaneous displaying and comparing of up to 8 waveforms, providing excellent test and debug capabilities for customers in the automotive, defense, industrial and aerospace industries. TEKTRONIX VM 5000 features a Dynamic Signal Analyzer (DSA) that can measure and analyze waveforms up to 16 GHz and has the capability of 1 GHz sampling. This makes VM 5000 suitable for comprehensive testing of complex radio frequency and waveform signals. TEKTRONIX VM 5000 also supports simultaneous view and comparison of up to 8 waveforms with its 8-channel multiplexer, giving users the ability to quickly analyze and troubleshoot waveform and signal integrity issues which can lead to costly delays. The system can store waveform data up to a maximum of 16,000 waveforms, allowing users to quickly return to user specified tests. VM 5000 also includes an integrated power converter, allowing users to provide DC or AC power to the devices under test, providing greater data accuracy and precision. The digital communications interface supports RS-232, CAN, CAN-FD, CANopen, FireWire and USB for digital data input and output. The built-in sequence control feature is also included to allow users to program the test set to configure devices, capture results and store data up to a maximum of 100 sequences. TEKTRONIX VM 5000 is a comprehensive, high-performance test equipment that provides an ideal solution for customers in the automotive, defense, industrial and aerospace industries. Its features and capabilities make it an invaluable tool for comprehensive testing and debugging of complex electrical and electronic systems. With its robust capabilities, users can be assured that they are receiving accurate, reliable, and repeatable test results.