Used ROHDE & SCHWARZ FSP7 #9235606 for sale

ROHDE & SCHWARZ FSP7 is a series of electronic test equipment from the renowned manufacturer ROHDE & SCHWARZ. It features state-of-the-art design solutions, making it an ideal choice for radio frequency testing laboratories across the world. This revolutionary tool allows for the measuring of radiofrequency transmission parameters such as power, phase and frequency. FSP7 is designed with state-of-the-art architecture to provide maximum flexibly, accuracy and automation. ROHDE & SCHWARZ FSP7 features a modular design, which makes it highly customizable to meet the user's individual needs. This allows for the user to tailor FSP7 according to their own measuring method and objectives. This design also allows for scalability and expansion in the form of additional measurement resources, such as frequency extenders, power sensor head and more. ROHDE & SCHWARZ FSP7 can also handle a variety of signal analysis tasks, including vector signal analysis, modulation analysis and spectrum analysis. It can also be used for network analysis or ATPC measurements. All of these features are combined with outstanding usability, robustness and stability to provide a reliable and dependable solution. FSP7 makes it easy to conduct remote control and diagnostics operations, which makes networks more reliable and robust. This capability allows users to monitor their operations and ensure that their systems are always running at peak performance. In addition, ROHDE & SCHWARZ FSP7 is designed with numerous safety considerations, making it an ideal choice for use in high voltage or high power test environments. These features keep your test environment secure and minimize the risk of damaging your devices or endangering your personnel. FSP7 series of test equipment is truly revolutionary and provides an ideal solution for radio frequency test laboratories. By utilizing state-of-the-art technology and advanced features, ROHDE & SCHWARZ FSP7 is an efficient and reliable tool to help get the job done.