Used ROHDE & SCHWARZ FSU26 #9204907 for sale

ROHDE & SCHWARZ FSU26 is a state-of-the-art electronic test equipment featuring the most advanced digital signal processing and real-time digital radio testing solutions available. With its large frequency range (up to 6 GHz) and wide variety of measurement capabilities, FSU26 can accurately measure everything from satellite radio and TV broadcasts to Wi-Fi networks and advanced signal analysis purposes. ROHDE & SCHWARZ FSU26 comes equipped with two independent measurement channels, a frequency counter, multiple sensors for antenna alignment, signal distortion and interference testing, signal and noise ratio testing, and modulation analyzer. It also includes a signal source, trigger generator, and a frequency-stage, allowing users to measure frequency-dependent properties of a signal. FSU26 is composed of two parts: the mainframe, which contains the test instruments and components, and the touchscreen panels for easy parameter adjustment and remote operation. The device also includes a variety of automated testing programs that can be pre-programmed and called up on demand. ROHDE & SCHWARZ FSU26 also features several self-test and calibration functions, as well as a useful online help system which can be accessed by pressing the "help" button. FSU26 offers a wide range of signal measurement capabilities. It can measure power levels, distortion, harmonic distortion, natural resonance, intermodulation, crosstalk, carrier-to-noise ratio, adjacent channel interference ratio, linearity, and phase noise. It also provides a modulation analyzer for analyzing the FM, AM, and other modulations, and can be used for determining the modulation error vector magnitude (MEVM) of a signal. Additionally, ROHDE & SCHWARZ FSU26 has an antenna alignment analyzer that can give users the information they need to correctly align their antenna to a signal source. In conclusion, FSU26 is a powerful test equipment that is ideal for a wide variety of signal testing and analysis tasks. Its frequency range, accuracy, and numerous measurement capabilities make it the perfect choice for any signal-related project.