Used KEITHLEY 614 #9156273 for sale

ID: 9156273
Electrometer Input: 05-250 VAC.
KEITHLEY 614 is an electronic test equipment produced by KEITHLEY Instruments Corporation. This instrument is a high-precision, digital source measure unit (SMU) instrument designed for a wide variety of applications including production testing, automated device testing, and device characterization. It offers a wide range of voltage, current, and resistance measuring capabilities in either 2-wire or 4-wire configurations. 614 features an integrated, powerful general-purpose programming environment that allows for remote operation and control of the instrument from an external PC or other controller. The instrument uses a 5-digit LED readout to display the measured values in various formats, such as standard Ohms, Watts, or Volts. Also included with the instrument is a large selection of standard test adapters to allow for comprehensive testing of a variety of electronic components and devices. KEITHLEY 614 also features an integrated onboard current source with both current and voltage control, as well as ability to measure current and voltage simultaneously with the SMU. This instrument allows for extensive measurements of device current and voltage over various result ranges. It also features low-power operation for extended test times those that require testing over long periods of time. 614 has a robust, rugged design and offers excellent stability and durability. It is equipped with an integrated, integrated self-test to ensure reliable performance and to detect weak instrument components or aging components. The instrument has been tested and certified for accuracy and reliability according to the most stringent safety and performance standards. KEITHLEY 614 features temperature compensation to maintain high accuracy over a temperature range of 0°C to 45°C. 614 has a wide-ranging list of capabilities and is suitable for a large number of different applications and test environments. It is an excellent choice for component testing and characterization, as well as device test applications, production testing, and automated test equipment.
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