Used KEITHLEY 602 #9197362 for sale

KEITHLEY 602 electronic test equipment is a compact system designed to measure currents and voltages of low magnitude. The instrument provides an accurate and reliable source of voltage and current solutions for scientific laboratory and industrial applications. 602 has a wide input range of 0.1 uA to 3 A with a resolution of 0.1 uA per step. The architecture is comprised of four primary components: a high voltage module, a low voltage module, a current-to-voltage converter, and a self-measuring unit. The high voltage module is used to safely supply up to 1 kV of voltage while the low voltage module provides reliable readings for currents and voltages at low levels. The current-to-voltage converter is responsible for the conversion of current measurements to voltage outputs in a uniform fashion. This is done using a turbo amplifier which is designed to provide a single-ended signal paths with a wide input range and sound resolution. Finally, the self-measuring unit of KEITHLEY 602 is responsible for the complete management of the measurement and control processes. It contains a series of filters, power supplies, digital and analog converters, and signal paths that give the device a level of flexibility. This allows the user to perform both static and dynamic tests to receive precise results. 602 can be set up and operated with the included instructions and manuals. It can be connected to a computer for data storage and analysis. The measuring system is housed in a standard two-rack module and has a variety of inputs and output configurations to suit all types of testing applications. KEITHLEY 602 is the ideal solution for any testing situation requiring reliable precision as its range of measurement capabilities are capable of taking on the most challenging of tests. With its high-accuracy analog and digital measurements, it is able to provide the accurate and repeatable results required for any type of application. The device is suitable for use in a laboratory, testing lab, or any other environment that requires reliable current and voltage measurement.