Used IWATTS 55-5321 #9389975 for sale

IWATTS 55-5321 is an electronic test equipment designed to test, monitor, and measure electrical, optical, and telecommunication systems. It offers powerful capabilities with precision, accuracy and flexibility for analyzing signal parameters. Its features include built-in multiplexers, high-speed data acquisition, built-in arbitrary waveform generators, fast scan operation, per-channel and high-time resolution for measurements, and broadband input ranges. 55-5321 is a high-end instrument used in a variety of scenarios, such as testing digital systems, power system control, validation of amplified signals, and other needs in telecommunication research, production, and maintenance applications. It has 10 channels to accommodate different measurement tasks and has a very wide input range from 250 microvolts to 10V ranging from 1MS/s to100MS/s, making it suitable for all types of signal analysis and tests. The instrument has built-in multiplexers, which allow for the intricate analysis of complex signals with high accuracy. Furthermore, the instrument boasts fast scan operation, which is a feature that allows for quick measurements with precision and accuracy. IWATTS 55-5321 also has built-in arbitrary waveform generators, which enables users to control and simulate different types of electrical signals. These signals are useful in checking unknown parameters such as power factor and other elements in a given system. The instrument also has advanced features such as per-channel and high-time resolution for measurements, allowing it to accurately measure signals with high resolution. Moreover, it has a broadband input range, which allows for the measuring of different signal types such as amplitude, frequency, and pulse rate. The instrument also has a built-in oscilloscope, which is useful for the visual representation of signals as well as other graphical data. Overall, 55-5321 is an advanced instrument built with modern electronics tools for testing, monitoring, and measuring telecommunication systems. It offers precision and accuracy in testing signals for all types of measurements and can also simulate arbitrary waves for trial and testing. It has a wide input range and built-in multiplexers and oscilloscopes, which make it a reliable choice as a test instrument.