Used ROHDE & SCHWARZ FSU26 #170975 for sale

ROHDE & SCHWARZ FSU26 is a high-performance vector signal analyzer from the FSU product family. It is designed to provide detailed analysis of broadband signals, with a frequency range of up to 26 GHz. It can provide high dynamic range, as well as high accuracy in both amplitude and phase measurements. It also offers a wide range of flexibility for measurements, and can provide a variety of data formats for post-data processing. FSU26 is configured with a temperature-controlled mixing chamber, which houses the mixing circuitry and provides an ideal operating environment for uncompromised performance. It is designed with a low-noise receiver which offers superior sensitivity across the full frequency range of the instrument. The internal local oscillator is generated using a frequency synthesizer with a high resolution and small tuning steps, ensuring accurate and repeatable measurements. ROHDE & SCHWARZ FSU26 has two inputs which feature two external amplifiers. These can be used to measure broadband signals, as well as high-power signals of up to +30 dBm. It also has 10-bit dynamic range and 80 dB of spurious-free dynamic range, ensuring good results even in complicated setups. FSU26 comes with a range of features and options. The high resolution frequency domain mode provides detailed amplitude and phase data across the full frequency range, and is ideal for high dynamic range applications. The phase coherent gating and filtering functions offer greater accuracy in time-based measurements, such as determining group delay or phase noise. ROHDE & SCHWARZ FSU26 can be operated over GPIB and LAN interface, which ensure easy integration into existing test setups. In addition, the instrument is supported by a range of software packages, with the R&S®FSU application software providing a comprehensive solution for all types of broad-spectrum signal measurements. Overall, FSU26 is a powerful signal analysis solution, providing high accuracy and reliability in a wide range of applications. Its flexibility and extensive range of features make it an ideal choice for broadband signal analysis and analysis of high-power signals.