USB Modular Source Measure Unit
Key Specifications
-3 channel source measure unit
-4 Quadrant (+/-20V)
-High current sensitivity of 100pA with 16 bit resolution
-0.1% basic accuracy
-Low current measurement capability down to nA levels
-Voltage and Current programming / readback
-High-speed USB 2.0, USBTMC-USB488 standard (compatible with Microsoft Windows operating systems only.)
-Standalone and modular capabilities
Description
-The U2722A USB Modular Source Measure Unit is a 3-channel 20V/120mA that can operate in a 4-quadrant operation. The channels could be connected in series or in parallel to achieve up to 60 V/360 mA. It uses the common non-proprietary standard high-speed USB 2.0 interface that provides ease of connectivity - allowing users to set up and configure their tests swiftly with its plug and play feature.
-For quick setup, the U2722A comes bundled with the Agilent Measurement Manager (AMM) software.
-The U2722A can function as a standalone module. It can also be used as a modular device, allowing expansion and compact solution when used with the other modules in the USB Modular Instruments and DAQ family.
-Giving users flexibility, the U2722A is compatible with a wide range of application development environments such as Agilent VEE, NI LabView and Microsoft Visual Studio .
-Capturing and reviewing of configuration commands can be easily logged using the Command Logger bundled in the AMM software. The Code Converter helps ease programming for users by converting the Command logger files to snippets of VEE, VB, C++, and C# codes.
-The optional Agilent U2941A parametric test fixture is designed to complement the usage of U2722A USB source measure unit in the testing of semiconductor components, including SMT and DIP ICs. See more information on Agilent U2941A Parametric Test Fixture
-Agilent U2700A series USB Modular Instruments has won Design News Golden Mousetrap Award in the 2009 Best Products Category. The Design News Awards Program has recognized engineering innovation and creativity in product design for more than two decades.
