Used ANRITSU MS2721A #9100853 for sale

ANRITSU MS2721A is an all-purpose, vector network analyzer that has been designed to make accurate, multi-port network and component measurements on radio frequency (RF) and microwave devices. MS2721A features a full 2-port and optional 4-port configuration, which allows the user to make measurements on transmission lines such as antennas, cables, and connectors. This highly versatile device has an extended frequency range, allowing the user to make measurements from 30 kHz to 20 GHz. ANRITSU MS2721A is equipped with software that accurately measures transmission/reflection, standing-wave ratio (SWR), return loss, as well as biasing to different networks/components. Wide-ranging markers, sweep modes, and data transformations are also included in MS2721A's software package, giving the user a comprehensive view of the network/component data. ANRITSU MS2721A is designed to provide attractive scalability, allowing the user to expand the functions of the analyzer as needed. With its integrated user interface, MS2721A allows the user to intuitively navigate, capture and analyze data from measurements. The integrated 16-key soft keys allows the user to freely customize the versatility of the user interface. ANRITSU MS2721A features an enhanced linearity and flatness across the frequency range, as well as trace speeds that are 1.5 times faster than the industry standard. This means that MS2721A can quickly capture and analyze multiple frequency bands and spectrum conditions. In addition, the low noise floor allows the user to accurately diagnose a variety of network anomalies, as well as noise sources. ANRITSU MS2721A is also designed to guarantee precise messaging with its precise integration of phase noise (PN) for Noise Figure measurement, and high-order filters (up to 40th order) to ensure robust and accurate measurements. This is especially useful in extracting the actual noise floor of the device being tested. MS2721A is a well-rounded solution for accurately measuring transmission/reflection, SWR, return loss, and noise figure of RF and microwave devices. Its versatile user interface, enhanced linearity, fast-trace speeds, precise integration of phase noise and high-order filtering capabilities all ensure reliable and accurate results.