IT2800 Graphical Source Measure Unit

The IT2800 Series combine the capabilities of a voltage source, a current source, a voltage meter, a current meter and an ohmmeter (along with the capability to switch easily between these various functions).This ensures the independent measurement of IV characteristic in 4-quadrant. With a current range of 10fA to 10A and a voltage range of100nV 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. Excellent Front Panel GUI with 5 inch touch display supports various view modes, to help engineers significantly improve the efficiency of testing. The IT2800 Series is suitable for a variety of test applications: discrete semiconductor devices, passive devices, transient suppression devices, laser diodes, TVS, varistors, etc.

Product Features

• 5 inch touch display supports both graphical and numerical view modes.
• Combing the capabilities of six devices in one: Voltage Source, Current Source, 6½ 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
• Resolution up to 10fA/100nV, sampling rate up to 10us
• Three graphic display modes: Graph View, Scope View and Record View
• Multi-channel and simultaneous operation design, with parallel testing capability
• Built-in resistance, power, and Math measurement features
• Front USB port used for data storage, screen capture, or test configuration import
• Built-in Digital IO/USB/LAN communication interface

Functions and Advantages

Six in one high precision SMU, reduce your test cost

Performing IV measurements with conventional instruments such as voltage/current sources, pulse generator, high precision voltage/current meters, etc. is complicated and costly. It takes up limited test bench space and requires engineers control and synchronize programming of multiple devices to perform an accurate measurement.

The IT2800 series SMU provides engineers with an economical and efficient solution. It integrates different source and measurement capabilities into one compact form factor of 1/2 2U size, which can accurately source and measure voltage and current. It combine the capabilities of six devices including: 4-quadrant voltage source, current source, 6½ digital multimeter, pulse generator, battery simulator and electronic load.

Intuitive graphical display, fast access to product features

The IT2800's front panel has many features that improve the speed of interactive use, user friendliness and ease of operation. These include a 5 inch color LCD display, a USB2.0 memory I/O port, a rotating navigation button, a trigger button,function keys and popular banana jack. The USB2.0 memory port supports easy data storing, test configuration file import and system upgrade. The IT2800 Series supports both graphical and numerical test results view modes. The intuitive graph view, scope view and record view greatly improves the productivity of bench-top tests and IV characteristic analysis.

Standard and LIST sweep capabilities

IT2800 Series features standard and LIST sweep capabilities. Under standard sweep mode, it supports parameters such as linear and logarithmic modes, single and double sweep functions and constant and pulsed sweep operation. List sweep functionscan efficiently perform arbitrary waveform output which is useful when characterizing devices where the test response varies greatly depending uponthe applied voltage or current. The user can use Excel import or panel edit to generate sweep curves of any shape with up to 99,999 data points can be import, which is an ideal choice for testing U-I and I-U features.

Battery simulator function

Thanks to the four-quadrant operating characteristics of SMU, the IT2800 Series can not only be used as voltage source, current source, 6½ Digital Multimeter, but also built-in professional battery simulator function to help engineers better study the impact of battery characteristics on DUT power consumption and performance reliability. You can quickly generate battery curves by customizing (SOC-VOC-R) or setting conventional parameters. In addition, the initial SOC state of the battery can be specified arbitrarily, without waiting for charging or discharging like using a real battery, which greatly improves the efficiency of R&D and production testing.