Used KEITHLEY 2611A #9230412 for sale

KEITHLEY 2611A is a high-performance, high resolution, dual-channel, Temperature Source Measure Unit (SMU). 2611A is a precision electronics test instrument that is designed to perform accurate, high resolution measurements on various type of electronic components and circuits. It provides measurements of current, voltage, resistance, power, capacitance, inductance, junction temperature, thermal resistance, and resistivity. KEITHLEY 2611A has two 2.5 A, 4.5 W, 20-80 V/range power sources with a micropower operation mode, that enables the device to produce both positive and negative voltage and current measurements. With its Dual Range Mode, 2611A can provide high current mode for rapid characterization, with higher power source range capabilities. KEITHLEY 2611A also has an autoranging feature which provides fast and efficient current measurement and current source operation. 2611A is designed to provide significant temperature range operation, with its temperature range of -40°C to 150°C. It also features a built-in heater and sensor to heat and monitor the test surface, and an auxiliary temperature range interface to allow flexible connection to a variety of thermocouples and other thermometers. In addition, KEITHLEY 2611A has a top-down, direct built-in, 4.5" color display that provides an intuitive graphical user interface to navigate and control the device. Other advanced features such as statistical analysis, an integrated Ethernet interface, and an integrated LabVIEW driver stack makes 2611A a perfect choice for engineers, researchers, and general laboratory use. In conclusion, KEITHLEY 2611A is a robust and highly-accurate dual-channel Temperature Source Measure Unit, that offers wide range performance and measurement capabilities for a wide variety of applications. It has high-current sources and measurement accuracy, direct-built-in graphical user interface, and additional features such as statistical analysis, network connectivity, and an integrated LabVIEW driver stack, making it a highly reliable and cost-effective general purpose test instrument.