Used ROHDE & SCHWARZ CMW 500 #9372554 for sale

ROHDE & SCHWARZ CMW 500 is an advanced vector signal generator and analyzer for physical layer testing of modern cellular technologies such as 2G, 3G and 4G. This highly reliable test equipment is used to develop and troubleshoot wireless products and networks in a wide range of radio communication applications. CMW 500 is a powerful and versatile 3 port vector signal analyzer/generator with a uniquely flat frequency response of up to 3 GHz, allowing it to accurately measure the gain, phase, distortion and other parameters of wireless signals. Its wide frequency range makes it applicable to a range of radio communication standards, including GSM, WCDMA and LTE signals. The device also supports frequency modulation, wideband RF signals, direct digital synthesis as well as digital modulation and analysis of legacy and modern communication systems. ROHDE & SCHWARZ CMW 500's advanced vector signal processing enables it to accurately measure linear and non-linear signal parameters. With integrated baseband I/Q signal processing, the user can monitor and control pulse modulation, phase noise, amplitude, group delay, adjacent channel power ratio, etc. The device also provides support for a wide range of measurement algorithms including gain compression measurements, power measuring and noise figure, which are essential for ensuring the reliability of a wireless system. CMW 500 offers a variety of features to make test setup and operation as user-friendly as possible. Its intuitive user interface with built-in wizards and icons simplifies the user experience. In addition, its integrated real-time signal processing, advanced filtering and various test automation features further facilitate wireless product development. ROHDE & SCHWARZ CMW 500 is constructed with the most modern technology, automation tools and intuitive graphical user interfaces, making it a reliable and powerful test solution for the development and troubleshooting of wireless systems. Its ultra-wide frequency range, advanced vector signal processing capabilities and intuitive user interface makes it an ideal choice for any radio communication application.