Used ANRITSU MS2723B #159227 for sale

ANRITSU MS2723B is an electronic test equipment designed to measure and analyze signal characteristics of wireless communication systems. It is a multi-standard signal analyzer providing a wide range of measurements, with the ability to handle a variety of frequency bands and transmission standards. MS2723B is capable of performing complex analysis on both analog and digital signals including frequency, level, modulation characteristics, and signal quality measurements. It also measures spectrum, channel power, receiver blocking, occupied bandwidth, and other related performance parameters. The analyzer features an easy-to-use graphical user interface (GUI) and an intuitive front-panel display for effortless operation. ANRITSU MS2723B has a frequency measurement range of 9 kHz to 6 GHz, a level measurement range of -83 to +30 dB, and a dynamic range of 90 dB. It offers real-time analysis and displays results in graphical form in less than 10 seconds. It also has a time-domain analysis capability to symbol rate, which allows the observing of the propagation time and dwell time of the signal. MS2723B has the capacity to store and recall up to 128 set data and results into its internal memory. It is equipped with an embedded PC which includes an input/output interface for measurement result capture from the front panel and a USB port for connection to a PC, printer or other device. A range of options for ANRITSU MS2723B, including an activation database update, an external high-stability frequency reference, Cable and Antenna Analyzer (VNA) capability and a large-screen color LCD, provide flexibility for the user and versatility for the instrument. Optional configuration of MS2723B includes Network Analyzer, Signal Mapping and Satellite measurements, continuing ANRITSU Commitment to Efficiency and Quality Performance. ANRITSU MS2723B is a powerful, versatile, and reliable tool for testing and analysis of wireless communication systems, providing accurate and consistent measurements with repeatable results. It is highly suitable for use in research, development, production and quality control applications.