2611A/2612A KEITHLEY System Source Measurement Unit

2612A KEITHLEY Digital SourceMeter Dual Channel SourceMeter Series

Keithley's newest I-V source-and-measure instruments can be used either as desktop-level I-V characterisation tools or as part of a multi-channel I-V test system. For desktop-level applications, the Keithley 2600A Series offers an embedded TSP Express test software that allows users to quickly and easily perform commonly used I-V tests without the need for programming or software installation. For system-level applications, the KEITHLEY KEITHLEY 2600A's TSP architecture and added features, such as parallel test capability and precision clock synchronisation, provide the industry's highest throughput, resulting in lower test costs.

The KEITHLEY Keithley 2600A Series Digital SourceMeter replaces the popular 2600 Series Digital SourceMeter with expanded performance. Because the Keithley 2600A Series offers backward code compatibility to the 2600 Series, customers can easily replace the 2600 Series with the Keithley 2600A Series, which combines the following functions in one compact unit: precision voltage source, high-accuracy current source, digital multi-meter, arbitrary waveform generator, voltage or current pulse generator, electronic loads, and a trigger controller. Code backward compatible with 2600 series digital source meters for quick and easy I-V testing with TSP Express software tools Precision timing and channel synchronisation (<500ns).

KEITHLEY Keithley 2600A Series Features:

• Execute parallel tests for unmatched throughput

• 20,000 readings/second provides faster test times and the ability to capture device transient performance

• Series offers wide dynamic range: 1fA to 10A and 1µV to 200V

• TSP-Link bus supports channel expansion of up to 32 units/64 channels per GPIB or IP address

• Test Script Processor (TSP) for executing complete test procedures (scripts) in the instrument with a high degree of system automation

• USB port for saving data and test scripts

• LXI Class C compatibility provides high-speed data transfer and enables fast remote testing, monitoring, and troubleshooting