Used ROHDE & SCHWARZ SMU200A #9300389 for sale

ROHDE & SCHWARZ SMU200A is an advanced source measure unit designed to provide precision power supplies, electrical signals, and measurement properties to electrical components such as semiconductors. This electronic test equipment allows for the accurate characterization of power components by evaluating their behavior over a wide range of temperatures, voltages, and currents. ROHDE & SCHWARZ SMU 200A is capable of providing highly precise voltage and current settings with a resolution of 10 µV and 20 nA respectively. This allows for accurate and reliable measurements of IV characteristics such as current gain, the slope of the I-V curve, and the pinch-off voltage of field effect transistors. An enhanced capacity of 1.5A/300V and 6A/150V let engineers test components with greater power requirements. An integrated multi-functional trigger allows for automated tests and measurements to be synchronized with other test systems. SMU200A is equipped with an advanced control interface, which incorporates a modern touch-screen display and intuitive rotary mounted knobs. This allows for easy navigation of the equipment's many settings and parameters. Furthermore, a function generator allows users to create arbitrary waveforms with 25-bit vertical resolution. Furthermore, a flexible program-controlled pulse generator provides highly accurate ac and dc current and voltage measurements whilst allowing users to define the pulse's rise and fall times. SMU 200A's noise floor is also exceptionally quiet, with a residual noise of <300μVss and a maximum noise amplitude of <3mV at all frequencies. This allows for reliable measurements of extremely small signals. The interface also comes with a variety of analog output and digital I/O ports, allowing for external control of the device and data exchange with other test systems. ROHDE & SCHWARZ SMU200A is the perfect device for accurately and precisely evaluating the behavior of a wide range of electrical components. Its precision control, quiet operation, and high-quality analog and digital interfaces provide engineers with the confidence to evaluate the behavior of components with extreme accuracy.