Used KEITHLEY 7001 #9329068 for sale

KEITHLEY 7001 is a high-precision, dual-channel source measure unit (SMU) instrument for characterizing low-level DC parameters in electronic devices and components. 7001 is designed for use in research, production and data acquisition applications. It is a versatile instrument that can measure current, voltage and resistance with a high degree of accuracy. KEITHLEY 7001 is a low-cost, high-speed instrument designed to yield reliable measurement results even at very low current levels. It has two independent channels of voltage, current, resistance and capacitance measurements and can measure a variety of parameters in both ac and dc modes. It features wide-ranging voltage and current compliance with a range of up to 1V to 30V and up to 6A in 4W of bipolar operation. 7001 is also capable of performing four-wire resistance measurements, allowing the user to obtain more accurate results. KEITHLEY 7001 is a fully programmable instrument and accepts commands via a variety of programming languages. It features a large LCD to display status information and is operated via a unit keypad and multi-function rotary knob. With dual-level display capabilities, users can easily switch between two different readings. The instrument includes a built-in GPIB port and USB, allowing for remote instrument control. 7001 is designed for a variety of applications in both industrial and research environments. It can efficiently characterize a range of parameters such as current, voltage, resistance and capacitance. With its fast data sampling capability, it can accurately gather a wide range of low-level signals. In addition, it supports integration with a variety of computer systems. Overall, KEITHLEY 7001 is a versatile, low-cost electronic test equipment that can accurately measure a variety of parameters in both ac and dc modes. It features wide-ranging voltage and current compliance and supports a variety of programming languages for remote instrument control. It is ideal for applications requiring accurate low-level dc measurements.