Used ROHDE & SCHWARZ SMU200A #170974 for sale

ROHDE & SCHWARZ SMU200A
ID: 170974
Vector signal generators Options: B10/13/14/15/17/81/82/103/203, K40/42/43/62/71.
ROHDE & SCHWARZ SMU200A is a state-of-the-art precision test instrument from ROHDE & SCHWARZ that provides outstanding performance and accuracy for testing a vast range of devices and circuits. It is a 6½-digit high-end switching multi-channel source-measure unit that can operate in single and dual-channelmode. It offers a wide range of features and sources, including dc voltage and current, ac voltage and current, pulse voltage and current, resistance and frequency counter. ROHDE & SCHWARZ SMU 200A is capable of switching between a wide range of voltages and currents, with a maximum range of 30V/5A, and up to 20V/3A in a dual-channel configuration. It offers the ultimate flexibility for testing both simple and complex configurations, by allowing users to switch between channels in under 1µs. This facilitates rapid and accurate measurements for applications such as electronic circuit design, production test, and automated device characterization. It also offers up to 10A transient pulse current for power device testing. The instrument has an intuitive user-interface, with a 3" color touchscreen and numerous buttons for quick access to all its features. The onboard computer is powered by Windows® 10 IoT Enterprise and an embedded real-time O/S. It is designed for maximum reliability, and has the capability to store results and to export data for analysis. In addition, SMU200A features a variety of accessories and options, such as isolated input/output, transducer models, wireless communication interface, and a powerful LabVIEW® toolkit. The instrument also includes comprehensive system and software diagnostics, and can be used in compliance with applicable safety standards. Overall, SMU 200A is an intuitive, user-friendly and powerful solution for precision testing. Its cutting-edge features and performance enables users to test a wide array of devices and circuits, making it an ideal tool for advanced applications.
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