Used ROHDE & SCHWARZ FSH4 #9202422 for sale

ROHDE & SCHWARZ FSH4 is a top of the line Vector Network Analyzer, designed for communication and radio frequency testing applications. This sophisticated piece of test equipment offers features such as high-speed measurements, frequency-selective sweeps, error-free calibration, and wide dynamic range. It also allows for automatic trace revisions and automated process functionality for ease of operation and improved overall performance. FSH4 features a wide range of frequency coverage and capabilities. It provides users with a frequency range from 9 kHz to 4 GHz, and offers low-noise performance with a wide dynamic range (typical up to 140 dB), allowing for reliable measurements despite the presence of interference. With its robust signal sources and high-precision, reliable measurements, ROHDE & SCHWARZ FSH4 is able to detect even the slightest changes in a transmission frequency and characteristic. The analyzer is capable of making sensitive error-free calibration measurements in a range from 10 kHz to 4 GHz, which makes it ideal for a variety of industrial applications. It also offers an optically isolated user interface, which eliminates the risks of exporting spurious signals. This analyzer also has an integrated digital storage oscilloscope, which provides time-domain measurements, and a pulse generator, which is ideal for testing communication systems. FSH4 offers enhanced graphical interfaces that simplify the operation and interpretation of data. The system is equipped with a host of advanced features for making complex measurements, including vector error analysis and vector group analyses. The analyzer is also complete with frequency-selective sweeps, EMI and harmonic measurements, and built-in impedances. Finally, ROHDE & SCHWARZ FSH4 assists users by allowing for automated trace revisions, such as creating a reference trace and overlaying measured traces, which helps to quickly pinpoint errors and discrepancies. Thanks to this automated process functionality, it is ideal for error-free mass analysis of small series to larger batches, which makes it an invaluable tool for industry and consumer product testing.