Used KEITHLEY 2510 #9053519 for sale

KEITHLEY 2510 is a versatile electronic test equipment used to make precise electrical measurements of a variety of parameters. This equipment provides voltage and current source measurements with a high degree of accuracy. It also offers a wide range of integrated test functions such as measure-only, scan, count, and analyze. 2510 has a maximum output voltage of 10V and a maximum current of 12A. It also has a pair of five-digit, ±4V dual-input voltage sources, a pair of 3A output current sources, a 2kHz square-wave pulse output, and four timing functions. Its display is a 5.7-inch TFT-LCD touchscreen which provides a graphical user interface for ease of use. KEITHLEY 2510 offers several measurement functions to analyze electrical signals such as voltage, current, resistance, capacitance, inductance, temperature, and other electrical measurements. These measurements can be taken in either static or dynamic modes. The test system also includes transient pulse, sine, pulse, and EMI (electromagnetic interference) measurements. The equipment uses a segmented averaging technique to provide better accuracy in its measurements. 2510 is equipped with a power supply to perform low-level measurements with low-noise characteristics and an automatic zeroing circuit. It also supports an optional auto-calibration feature for better accuracy and stability. The test system also has a built-in sequencer to automate repetitive tasks such as multiple measurements and multiplexing. The system provides flexible instrument programming with its ability to run scripts and to control external instruments. Additionally, it has a PC-based LabVIEW analysis software for accurate data manipulation, processing, and analysis. KEITHLEY 2510 provides flexible operation and data acquisition capabilities, making it an ideal solution for a wide variety of test and measurement applications. It is a reliable and easy-to-use instrument, providing accurate and repeatable measurements for industrial, research, and educational purposes.