Used KEITHLEY 2400-LV #165298 for sale

KEITHLEY 2400-LV is an electronic test and measurement instrument that is a powerful, cost-effective source measure unit (SMU) and is a key component of many laboratory test systems. 2400-LV provides excellent accuracy, resolution, and speed over current, voltage, resistance, and temperature measurements with a maximum voltage rating of up to 160V and a maximum resolution of 100nV/1uA. It features enhanced programming steps that allow for simple control and integration into computer-controlled test systems. KEITHLEY 2400-LV is both a source and meter and allows for accurate source measurements of both current and voltage, along with resistance and temperature measurements. It is capable of sourcing up to 10A of current and controlling the voltage and current independently of each other. 2400-LV also includes programmable compliance current and voltage, allowing the instrument to limit output on over-current conditions and program limits on programmability. The instrument is constructed with a robust design, making it suitable for both benchtop as well as rackmount applications. It is equipped with an internal source power supply and an isolated digital I/O that minimizes spikes and electromagnetic interference (EMI) concerns. Additionally, the instrument can be operated in both 4-wire and 1-wire configurations for measuring very low resistance or making minimizing lead resistance effects in the measurements, respectively. KEITHLEY 2400-LV also features a variety of programming and communication options, making it accessible for both manual and automated operation. It features an intuitive user interface that is easy to use, even for beginners. Additionally, the instrument can be programmed using SCPI commands and can be connected to PC via a USB, GPIB, or RS-232 interfaces for full remote control. Overall, 2400-LV provides excellent accuracy, resolution, and speed in current, voltage, resistance, and temperature measurements while being a cost effective solution. Its versatility and robust design along with its programming and communication capabilities makes it suitable for a variety of applications.