Used KEITHLEY 2601 #9294458 for sale

KEITHLEY 2601 is an advanced-performance SourceMeter instrument for low-level current measurements, high-voltage sourcing, and dynamic loading. It combines a true current source with a programmable voltage source and precise, 6½ digit measurements into a single instrument. This powerful instrument features fast, sophisticated programming capabilities and a wide operating range that simplifies the task of testing, characterization, and calibration of low-power devices. 2601 is an ideal tool for high-precision, low-power measurements and dynamic loading applications. KEITHLEY 2601 is a programmable current source, voltage source, and 6½ digit multimeter. It offers a maximum output voltage of 30V, a maximum output current of 1A, and a maximum voltage compliance of 32V. A built-in precision digital voltmeter offers 6½ digit resolution and programmable resolution as low as 0.04%. The instrument includes an integrated analog equivalent circuit, enabling fast, integrated simulation of electrical screens for more accurate measurements. 2601 is a precise, high-speed instrument that offers superior accuracy and repeatability, enabling users to make more accurate and repeatable measurements. It features fast dynamic loading, up to 64 programmable steps, and pulse mode with programmable trigger conditions. Its built-in Waveform Generator and Arbitrary Voltage Source provide the flexibility to create test waveforms fast. The instrument is also capable of rapid current measurements, such as wake-up and short-circuit current sensing. The instrument includes four-wire, remote sense capability and a built-in program for automatic nulling at four-wire measurements, enabling accurate correction of current drain. KEITHLEY 2601 is also equipped with a built-in data logger, which stores up to ten thousand data points. This instrument is the ultimate solution for anyone requiring precise, low-noise output voltage and current with fast, repeatable dynamic loading. It is the perfect instrument for testing and characterization of low-power devices.