Description

The Keithley 2612A Source Measure Unit (SMU) is a high‑performance, precision instrument designed for simultaneous sourcing and measuring of voltage and current with sub‑picoampere resolution and excellent accuracy. Built for semiconductor device characterization, material research, component testing, and advanced R&D applications, the 2612A integrates a dual‑channel SMU in a compact, rack‑mountable package, enabling two‑quadrant (± voltage/current) operation on each channel and flexible test configurations.

Featuring low noise, wide dynamic range, and fast measurement throughput, the 2612A supports complex characterization tasks such as I‑V curve tracing, transistor threshold analysis, leakage current measurement, and pulsed testing. Its built‑in test sequencer, high‑speed digitizer, and comprehensive compliance and protection mechanisms allow users to automate measurement sequences while safeguarding devices under test. Advanced trigger and synchronization features facilitate tight coordination between channels or with external equipment, while the intuitive front‑panel display and SCPI‑compatible command set simplify programming and integration into automated test systems.

The Keithley 2612A also offers versatile connectivity through USB, LXI/Ethernet, and GPIB interfaces, enabling remote control, data logging, and integration with software environments such as MATLAB, LabVIEW, and Python. With its combination of precision sourcing, accurate measurement, and flexible configuration, the 2612A SMU serves as a powerful tool for device engineers, physicists, and test professionals requiring reliable performance in demanding measurement tasks.