Used TYLAN VC-4900MEPR #293658477 for sale

TYLAN VC-4900MEPR is a high-performance electronic test equipment used for the testing of analog, digital and mixed-signal devices. It is a compact, versatile benchtop solution designed to provide accurate and repeatable testing results. VC-4900MEPR features four channels with wide bandwidths ranging from 5MHz to 800MHz, and 120MHz single-shot waveform generation. With a dynamic range of 120dB, and amplitude accuracy of 0.15% (up to 20dBm), this device performs precision tests to a range of accuracies not possible with other test equipment. TYLAN VC-4900MEPR also features multiple monitor ports that can be used to test both input and output of each channel, and an adjustable aperture window for device characterization and automated measurements. It offers a choice of internal or external triggering, with two trigger ports enabling a single action or multi-channel synchronization. It includes a standard PC graphical user interface that guides users through setup and operation of the test system. Users can access a variety of test tools, such as pulse-width modulation, frequency sweeps, and modulation. Additionally, the device includes a built-in calibration system to ensure accurate results for each measurement. VC-4900MEPR also includes a variety of probes for precise, high-impedance signal measurements, including dual-channel probes for synchronized signal spot-checking. For added convenience, the device is capable of performing resistance measurements without a continuity tester or DMM (up to 12K!). Finally, TYLAN VC-4900MEPR is supplied with a complete software package, which includes automated test sequences, virtual instruments, I/O drivers, and programmable state machine. With this comprehensive suite of tools, the device is suitable for a wide range of applications in the laboratory or manufacturing environment. In summary, VC-4900MEPR is an ideal electronic test equipment solution for the testing and characterization of analog, digital and mixed-signal devices. Featuring multiple inputs, wide bandwidths, adjustable aperture windows and integrated calibration, this system is capable of accurately testing a variety of device in production, laboratory and research environments.