Used KEITHLEY 2420 #9169333 for sale

KEITHLEY 2420 is an advanced electronic test equipment designed with precision, flexibility, and convenience in mind. It is designed to measure a wide range of DC and AC parameters with accuracy, speed, and repeatability. 2420 offers numerous measurement functions including DC and AC voltage, current (DC, AC, and pulse), resistance, and temperature, and it has a range of built-in features such as data storage, data analysis, and communication ports. KEITHLEY 2420 has two 3-1/2 digit and one 5-1/2 digit LCD display on the front panel of the instrument, which helps to perform several functions such as setting the range, function selection, and reading current and voltage measurements. It also supports both manual & automated programming and is equipped with several adjustments. These include offset correction, linearity compensation, low-pass filter control, and AC filter control. In terms of accuracy, 2420 has a basic DC accuracy of 0.008% and an AC accuracy of 0.023%. Moreover, it also has a unique low-offset voltage accuracy which is five times better than other standard products. It also comes with a range of other impressive features such as advanced varying excitation, line frequency compensation, auto-zero adjustment, as well as expanded current ranges. The instrument also has many advanced programming options including a variety of pre-programmed test routines for problem solving and step-by-step demonstrations. It can also be interfaced directly to PCs running Windows or UNIX, through a standard RS232 or IEEE-488 connected port. These interfaces allow users to access a wide array of capabilities such as automated data acquisition storage and analysis. Overall, KEITHLEY 2420 is an exceptional electronic test equipment with numerous features and settings. It offers an impressive level of accuracy, speed, and repeatability, and the numerous programming options allow users to get accurate and precise measurements. The integration with computers makes it ideally suited for automatic processes and the low-offset voltage accuracy provides users with an increased level of confidence in measurements.