The IT2800 Series(SMU) also possess a voltage and current limit feature that allows the user to set limits and to protect devices from damage. Besides, it also provides a broad range of IV measurements for various double or triple terminal devices.
With a current range of 10fA to 10A and a voltage range of 100nV to 1000V, the IT2800 series SMU has capabilities that allow it to perform more than just simple DC and pulsed measurements to prevent errors in measurement results due to the device’s own heating. In addition, the IT2800 series SMUs are equipped with high-speed, reliable fiber optic parallel mode, which enables them to work stably and reliably among multiple SMUs and exchange large amounts of data to fulfill a wide variety of test requirements. Excellent Front Panel GUI with 5 inch touch display supports various view modes, to help engineers significantly improve the efficiency of testing.
Output Ratings:
- Voltage/Current: 200V, 1.5A
- Power: 20W
- Current resolution: Minimum 10fA
Feature set:
- Combing the capabilities of six devices in one: Voltage Source, Current
- Source, 6 ½ Digital Multimeter (DCV,DCI, ohms), Battery Simulator, electronic load and Pulse Generator
- Integrating 4-quadrant sourcing & measuring capabilities, and supporting Two-wire & Four-wire measurement
- 5 inch touch display supports both graphical and numerical view modes.
- Resolution up to 10fA/100nV, sampling rate up to 10us.
- Three graphic display modes: Graph View, Scope View and Record View.
- Built-in battery simulator function, suitable for IOT low power precision measurement
- Sweep Capability: Linear/Log/ Pulsed-line AR/Pulsed-Log and LIST
- Multi-channel and simultaneous operation design, with parallel testing capability
- Built-in resistance, power, and Math measurement features
- GUARD output function, suitable for low current measurement
- Front USB port used for data storage, screen capture, or test configuration import
Connectivity:
- Built-in Digital IO/USB/LAN communication interface
- Support SCPI, LabVIEW programming