Used ROHDE & SCHWARZ SMATE200A #9131594 for sale

ROHDE & SCHWARZ SMATE200A is a versatile, high performance vector signal analyzer designed for use in laboratory, R&D and production applications. It offers a wide range of features and options to satisfy the needs of many different kinds of users. At the core of ROHDE & SCHWARZ SMATE 200A is a powerful real-time signal analyzer which has the capability to acquire and analyze signals from 8 GHz up to 44 GHz frequency range, with 70 dB highly-resolved and low-noise dynamic range. It has high dynamic range display capabilities with a range of 70 MHz to 5.7 GHz, and can accurately track and display wideband signals in the range of more than 80% of its frequency range. SMATE200A also provides options for automatic measurements with powerful algorithms that help users analyze their signals quickly and efficiently. For example, it can be used to measure radar pulse repetition frequency as well as time-of-flight, and it can also be used to measure time-delay, signal-to-noise, phase-noise and many other parameters. SMATE 200A is designed to be easy to use and operate. It has a graphical user interface, which allows users to quickly set up their measurements, configure the testing environment, and quickly review their measurements and results. Additionally, it has built-in help and maintenance menus, allowing users to quickly understand and take advantage of its features and capabilities. The versatile signal analyzer also offers a wide range of options and accessories, such as a selection of antennas and probes, that can be used to extend the range and functionality of ROHDE & SCHWARZ SMATE200A. It offers connectivity options including LAN, GPIB, USB, and RS232. ROHDE & SCHWARZ SMATE 200A is the ideal solution for any user requiring a reliable and capable vector signal analyzer for accurate and precise measurements of wideband signals and complex systems. With its powerful real-time signal analyzer and wide range of capabilities, options and accessories, SMATE200A is the perfect choice for many types of signal analysis.