Used KEITHLEY 2400 #9036571 for sale

KEITHLEY 2400 is a versatile electronic test equipment and source measure unit which provides an easy to use, fully integrated system for accurate sourcing, measuring and data logging. It is capable of handling a wide range of applications such as testing semiconductor devices, components, circuit boards, process monitoring, high power circuits, general purpose current shunts, and more. In addition, it offers the flexibility of two independent source outputs and four independent measuring inputs. 2400 incorporates a high power precision source with a unique flexibiity of source/measure control up to 24V/20A, making it ideal for testing components with high current demands. The dual source capability comes with several available functions such as Pulse/Ramp, Linear Sweep, Step Scan, and Step/Connect Source Modes. It also offers sophisticated programming capabilities enabling automated complex measurement setpoints. The multiple independent measurements can enable simultaneous testing of potentials, currents, and resistance. The low noise current measurement capability offers accuracy up to 10-7A. Additionally, its precision voltage source with 20V/1 mV voltage resolution offers accuracy and control to test with sensitive sensors and devices. It also provides advanced power saving features such as variable power control, fan speed control, and sleep/deep sleep mode. Furthermore, it has the capability of monitoring up to 256 data points with an aggregate sampling rate of 10 MS/s per channel. The system is capable of connecting via USB/LAN and comes with a suite of PC software for data logging, parameter setting, and statistics interface. It supports the SCPI programming language which helps users to script higher level programs with command line arguments. Overall, KEITHLEY 2400 is a powerful, reliable, and accurate instrument suitable for laboratory testing and process monitoring. It offers the flexibility and capability to help users design and develop products quickly and accurately.