Used KEITHLEY 6517A #9153373 for sale

KEITHLEY 6517A electronic test equipment is designed for precision voltage and current source and measurement. It is a cost-effective, easy-to-use source measure unit (SMU) that offers exceptional performance, flexibility, and a variety of features for automated test and automated device characterization. This unit is powered by four separate output amplifiers, providing up to three fully floating, isolated outputs. It offers extremely high voltage and current output resolution. To further improve precision, 6517A uses KEITHLEY two-stage settling technique and built-in analog loop limiters. The built-in digital filter technology eliminates baseline noise and reduces the uncertainty of noise in the circuit under test. KEITHLEY 6517A also offers an isolated voltage rail system, allowing for simultaneous sourcing or measuring of two channels without any additional isolation. This integrated voltage rail system supports up to 1.2kV isolation. The SMU provides a powerful math engine with various features allowing users to carry out calculations and produce results in real-time. It also allows for the measurement of 1KΩ resistors using 4-wire techniques, resulting in highly precise results. The measuring and sourcing device is designed to be used in a variety of applications and industries, from semiconductor testing to medical device characterization. It features a user-friendly graphical interface with an advanced interactive menu system, designed to optimize workflow and simplify complex measurement tasks. 6517A also comes with a wide array of communication options. This SMU can be connected to a variety of computers and controllers via the GPIB, LAN, USB, or analog ports. It comes with optional software packages for full remote control and automated control to further increase the efficiency and gain insight in real-time. Overall, KEITHLEY 6517A electronic test equipment is a powerful, yet cost-effective, SMU designed to meet a wide variety of testing needs. It's precision, versatility, and extensive features make it an ideal choice for automated device characterization, research and development, semiconductor testing, and more.