Used ROHDE & SCHWARZ FSL #9223860 for sale

ROHDE & SCHWARZ FSL is an electronic test equipment that is designed for the accurate testing and measurement of wideband RF signals. It is used in the fields of aerospace, defense, communication, and automotive sector. FSL is composed of three modular blocks: a signal source, a signal analyser and a signal generator. It can be used to measure frequency, strength, modulation, spectrum, phase and amplitude of wideband signals. It can also be used to analyze wireless, digital and microwave signals. ROHDE & SCHWARZ FSL is equipped with a powerful signal source that can generate signals ranging from 10 kHz to 26.5 GHz. It can generate both CW and pulsed signals, as well as frequency sweeps and signal bursts. The low-noise amplifier (LNA) ensures high signal-to-noise ratio (SNR), while the high accuracy of the signal is ensured with its wideband digital signal processor (DSP). FSL also has a signal analyser to measure the properties of various signals. This analyser is equipped with filters that can capture signals over a wide frequency range, and it can measure phase and amplitude of complex waveforms. It can also measure parameters such as frequency, amplitude, and distortion of modulated signals. The built-in signal generator is designed for generating signals with high accuracy. It can generate RF signals ranging from 10 kHz to 4.2 GHz, and it is also capable of producing dual signals. ROHDE & SCHWARZ FSL has an integrated display that can show the plotted trace of the signal, as well as the measurement results. The RF signal analyser of FSL is equipped with a versatile characterisation mode and can easily make measurements on a wide variety of standards. It allows customisation of the parameters for testing. ROHDE & SCHWARZ FSL is an excellent tool for measuring RF parameters and wideband signals. Its versatile features and high performance capabilities make it an ideal either for the laboratory or field use. It can be used for various tests and measurements, from testing and adjusting antennas to analysing communication systems.