Used KEITHLEY 7002 #293619094 for sale

KEITHLEY 7002
ID: 293619094
Switch system (2) 7158 Lo current scanner plug-in modules.
KEITHLEY 7002 is an electronic test equipment that is used for high-volume, low-current electrical measurements. It offers fast, low-noise measurements in both narrow- and wide-range ranges. The device is equipped with three channels that support up to 10-terminal switchable operations. It offers high resolution with a minimum of 0.0001Ω/V, and is equipped with "smart subrange" feature that allows users to quickly measure and diagnose small changes in measurements. 7002 has an integrated power supply to supply power to the device, a galvanometer which is used to measure very small current changes, and a versatile oscilloscope with the ability to capture and display both time and frequency domain measurements. The device has a wide frequency range, from DC to 2MHz, allowing the user to fine tune their measurements. It is also equipped with a selectable frequency resolution, allowing the user to select the most appropriate measurement range. Additionally, the device has an adjustable display resolution, allowing the user to display as much information as they need without compromising accuracy. It also offers an analog output, allowing the user to transfer data to other systems. In addition to the ability to make accurate measurements, KEITHLEY 7002 is also designed for safety. It is designed to minimize interference between it and the test environment and is designed to protect against short circuits and misconnections. Furthermore, the device integrates other safety features such as remote triggering, an emergency stop switch, and an overflow protection device. Overall, 7002 is an ideal choice for a variety of high-volume, low-current measurements. Its wide frequency range, adjustable display resolution, galvanometer, and other features offer unparalleled accuracy and performance. Its safety features make it an excellent choice for sensitive environments. Its ease of use combined with its accuracy makes it ideal for a variety of applications, including research and development and production testing.
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