Used KEITHLEY 2400 #293632384 for sale

KEITHLEY 2400 is an electronic test equipment designed for a wide range of applications and industries. This power source measure unit is designed to be reliable and accurate with a clear graphical interface. It combines precision isolation technology and high-accuracy low-current measurements in a compact and durable package. It offers both high accuracy data acquisition and replacement of several instruments in the same instrument by providing a wide selection of power and test options. The user can choose from a wide range of measurement functions including voltage, current, temperature, resistance, impedance, and a wide range of other functions. The instrument also has a built-in display for easy access to measurement data, up to 3-digit accuracy, and user selectable power line frequency. 2400 has multiple measurement modes and features: voltage is measured in range from 100mV to 1000V, current range from 10µA to 3A, power range from 0.001mW to 300W and resistance range from 1µΩ to 1kΩ. It is designed to enable tight control and monitoring of test conditions as well as measurement traces across time and frequency domains. KEITHLEY 2400 is equipped with ac/dc voltage, high resolution current and resistance functions, full range power measuring capabilities and temperature measurements with a temperature compensating option. The high-performance digital signal processor provides continuous waveform generation and data acquisition capabilities with the capability to read and store waveforms. The instrument also provides user selectable filter settings, waveform waveform scaling, and programmable waveform burst correlation. The power line rejection feature is designed to offer improved noise suppression and maintain the accuracy of the measurements. It also has a built-in memory for storing test results, waveforms and other calculated data. 2400 is ideal for use in laboratories or for service in a wide range of industries. In addition, it can be used for a variety of applications including device characterisation, system verification, load testing, thermal studies, and even electronic troubleshooting.