Used ROHDE & SCHWARZ SMU200A #9199834 for sale

ROHDE & SCHWARZ SMU200A is an electronic test equipment that provides accurate measurements and high impedance density for precise control of electronic devices. It is a high-performance source measure unit (SMU) that combines a number of features to make it a reliable and versatile test instrument. ROHDE & SCHWARZ SMU 200A has four voltage source ranges up to 200 V and to 10 A current sourcing capabilities for various electronic device characterizations. It includes fully configurable voltage and current sources, with low noise features and high impedance density for accurate measurements and precise voltage/current control. The instrument is provided with fast transient response features which allows it to capture pulse widths up to 100ns. High accuracy (up to 0.15% of full range) and low temperature drift of the voltage and current measurements are provided and can be used for both DC and AC conditions. SMU200A supports dynamic measurements, allowing users to configure the instrument to analyze and record instantaneous current and voltage levels during transient conditions. It also has built-in power-off protection, designed to protect the instrument from damages due to momentary power losses. Additionally, the built-in Ethernet port allows direct programmatic control of the SMU from a PC or other networked devices, making it easier to integrate the SMU into an automated test environment. SMU 200A is compatible with a variety of test and measurement systems, such as R&S instruments, making it easy to integrate into existing test setups. With a wide range of features, it has the ability to interact with various sensors, enable test reports storage, and also provide safety features. In summation, ROHDE & SCHWARZ SMU200A is an advanced, high-performance source measure unit that provides comprehensive features for efficient and accurate electronic device measurements. It supports a variety of test functions and provides fast transient responses, high accuracy and low temperature drifts, making it an ideal choice for electronic device characterizations. Additionally, with its IP security and direct programmatic control features, it provides a reliable and cost-effective way to measure and monitor various electronic components.