Used STANFORD RESEARCH SYSTEMS / SRS SR620 #9154516 for sale

STANFORD RESEARCH SYSTEMS / SRS SR620 is an electronic test equipment designed for precision resistance and voltage measurements. It utilizes a multi-channel bridge and a very high order voltage divider to accurately measure very small resistance and voltage values. This makes it ideal for testing and calibration of high precision circuits, and also for troubleshooting of analog circuits. SRS SR620 is four-wire resistance measurements, minimising lead resistance effects. The input impedance is very high, with up to 10V of overdrive voltage being able to be applied during measurements. It can accurately measure down to 0.1 picoelectron resistance values in both four-wire and two-wire configurations. This makes it capable of measuring capacitors, test cables and a variety of other components and circuits. In addition, STANFORD RESEARCH SYSTEMS SR620 can make temperature measurements using the included external thermal couple probe, and can also be used to measure insulation for motors and coils. This test equipment is also capable of measurement of currents and resistance of thermistors and other temperature dependent active devices. Another advantage of SR620 is its accuracy and resolution. It delivers accurate to 0.1% measurements, with 0.01ppm resolution. It also features 8-bit resolution of the voltage and 4-bit resolution of the resistance, both of which can be set manually, providing maximised performance and flexibility. The instrument is also easy to set-up and incredibly user friendly with its intuitive menu system. It also includes a wide array of self-calibrations, making it a favourable tool across a range of industries, from universities and labs to high-tech industry designers. Overall, STANFORD RESEARCH SYSTEMS / SRS SR620 from SRS is an invaluable electronic test equipment that can provide high accuracy and resolution measurements. Its self-calibration and wide range of functions make it a preferred choice for engineers, lab workers and researchers alike. With its high input impedance and very low noise floor, its numerous features make it an ideal instrument for reliable measurements of small resistances and voltages.