Used KEITHLEY 617 #9159595 for sale

KEITHLEY 617 is a precision nanovoltmeter and electrometer. It is designed for use in advanced applications that require accurate readings of low-level voltage and current measurements. 617 is capable of measuring DC, AC and voltage drop through resistors with great accuracy. It is also equipped with an advanced 20-bit A/D converter that provides an unprecedented degree of resolution. KEITHLEY 617 supports various types of measurements including ohms, capacitance and temperature. Moreover, 617 is capable of making measurements in volts, millivolts, microvolts, and nano volts. KEITHLEY 617 is also capable of performing a wide variety of tests, including resistance, current, and voltage measurements with built-in four-wire measurement capability, which simplifies Kelvin connection tests. The built-in four-wire measurement capability minimizes the effects of lead resistance and provides better accuracy. 617 also features a comprehensive set of trigger and digital I/O capabilities to allow integration into a comprehensive test system. KEITHLEY 617 has a wide range of programmable display options such as OLED displays that provide improved readability and a dual-channel switching function that enables two simultaneous measurements to help speed test analysis. It also features a multitude of settings and functions that allow for a variety of measurement configurations. 617 is also environmentally friendly, as it meets Energy Star 3.0 requirements. It is also designed to be robust enough to ensure reliable measurements even under higher humidity conditions. Additionally, KEITHLEY 617 offers a variety of built-in safety features, such as an overrange protection as well as overvoltage and undervoltage protections, making it suitable for even hazardous laboratory environments. Overall, 617 is an extremely reliable and accurate electronic test equipment ideal for testing and measuring low-level voltages and currents. Its combination of robustness, accuracy, and versatility make it an ideal choice for a variety of applications.