Used ANRITSU MS2722C #9189592 for sale

ANRITSU MS2722C is an electronic test equipment for the measurement of various two-port network parameters. It is capable of testing gain, reflection and transmission parameters in the frequency range from 9 kHz to 2.7GHz. This makes it a great choice for R&D and manufacturing applications requiring higher-end accuracy. MS2722C offers a wide range of features and functions. These include an intuitive graphical user interface (GUI) that enables easy navigation and context-sensitive help to guide users through a wide variety of measurements. These measurements include RF gain, reflection and transmission parameters, such as input/output return loss, insertion loss, standing wave ratio (SWR) and mismatch parameters, phase angle, delay time, group delay, and intermodulation product levels. VPT (VSWR) and distance-to-fault (DTF) measurements are also included. ANRITSU MS2722C has a number of built-in features that make testing and data management more efficient. This includes temperature compensation to reduce measurement error from temperature fluctuations, trace and list storage of measurement results, PC connectivity for data archiving, printing and analysis, and more. The analyzer uses a vector network analyzer (VNA) configuration, with antennas and other components connected to two independent ports for measurement. The analyzer also features a built-in calibration kit, as well as calibration software and a calibration guide. This makes it easy for users to check and calibrate their system to ensure maximum accuracy of the measurements. High-performance accelerometers are included, providing a quick response to physical force that causes structural vibrations. This is important for reducing vibration-induced errors in the measurement. A Large LCD screen provides clear indication of measurement results and error indicator for trouble-free operation. MS2722C is a perfect test equipment choice for multi-frequency RF measurement needs. It offers a range of advanced features and functions at an accessible cost. This makes it a great choice for laboratories, universities, and research and development facilities who need to make accurate measurements over a wide frequency range.