Used ROHDE & SCHWARZ SFM #9189396 for sale

ROHDE & SCHWARZ SFM is an electronic test equipment used to measure the electrical performance of an electronic equipment and to test the integrity of signals between components. It allows engineers and technicians to characterize the performance of the system accurately and quickly, saving time and money. SFM consists of two components: the Signal Analyzer, and the Signal Generator. The analyzer is used to measure electrical signals while the signal generator is used to create test signals. The analyzer can measure such parameters as frequency, amplitude, and phase, as well as evaluate voltage, current, power, and impedance. The signal generator is capable of generating a variety of waveform signals, including sine, square, triangle, sawtooth, and arbitrary signals of up to 1GHz. ROHDE & SCHWARZ SFM also includes a variety of features for shielding or isolation, such as impedance matching, EMC (electromagnetic compatibility) testing, and TDR (Time Domain Reflectometer) measurements. This type of test can be used to test for transmission line impairments, such as reflections and terminations. SFM provides a wide frequency range, allowing tests to be conducted from a very low frequency up to 1GHz. This means ROHDE & SCHWARZ SFM provides the capability to test electronic systems for high frequency applications such as radar, communications, and navigation systems. SFM is designed to be highly accurate and precise, providing reliable results on the electrical performance of the unit. It features a wide dynamic range, making it suitable even for measuring low power signals in the presence of strong interference. Built-in features like Overvoltage Protection, Overload Protection, and Power Linearity make ROHDE & SCHWARZ SFM an ideal choice for testing and developing electronic systems in safety-critical environments. Overall, SFM is a powerful test equipment option for quickly and accurately measuring the performance of an electronic device or machine, providing reliable and accurate results. Its wide frequency range, flexibility in signal generation, and shielding features make it great for tool development and high-frequency applications.