Used KEITHLEY 617 #9363576 for sale

KEITHLEY 617
ID: 9363576
Programmable electrometer.
KEITHLEY 617 is a rugged and compact precision electrometer designed to measure a wide range of low-level electrical and optical signals. It features a low-noise amplifier input with a maximum input range of greater than ±20 mV.Its amplifier stage has a variety of adjustment settings that can help optimize the performance of 617 for a range of low-level signals. The instrument also includes a high-resolution 10-bit digital-to-analog converter (DAC) with resolution of up to 12 bits.KEITHLEY 617 also includes built-in data logging and memory capabilities, so users can store measured data directly on the device. The device features noise, temperature, and drift drift compensation, drift cancellation, and a 6-function math processor, allowing it to make accurate measurements at the precision level required by many applications.The device features an intuitive user interface, with direct control and access to all operational parameters. This includes gating, filter, sensitivity, integration time and noise parameters. This helps you maintain consistent results across multiple instrument configurations. 617 is ideal for measuring small signals under conditions where using an ordinary multimeter would not be feasible. It has a wide dynamic range of more than 120 dB, making it perfect for measuring very low-level signals. It also has a wide temperature range, enabling measurements in environments ranging from -50°C to 96°C. KEITHLEY 617 also features a built-in IEEE-488 compliant interface. This means that the instrument can be connected to any compatible PC, allowing access to more advanced programming and data analysis features. 617 can be remotely programmed and monitored with a PC, enabling users to conduct experiments in a controlled environment. KEITHLEY 617 is a great choice for low-level signal measurements and offers a combination of features and accuracy that meet the requirements of many applications. Its intuitive user interface and wide temperature range make it ideal for measurement in most industries and laboratory environments.
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