Used ROHDE & SCHWARZ FSH3 #9024819 for sale

ROHDE & SCHWARZ FSH3 is a 3 GHz spectrum analyzer designed for general-purpose RF measurement applications. It combines high dynamic range, fast sweep time, and wide frequency coverage to provide a cost-effective solution for a variety of RF analysis and troubleshooting tasks. FSH3 offers three frequency-related performance metrics: frequency range, dynamic range, and scan speed. It covers the frequency range of 9 kHz to 3 GHz, with an astonishing dynamic range of 75 dB from 9 kHz to 500 MHz and 80 dB from 500 MHz to 3 GHz. It also takes advantage of an interim frequency range step to increase scanning performance in the 500 MHz to 3 GHz range. ROHDE & SCHWARZ FSH3 performs powerful analysis tasks such as the frequency response, spurious signals, and harmonics. It also provides a wide range of real-time measurements, such as magnitude, phase, and group delay, as well as a signal tracking generator, settling time measurement, and more. FSH3 also has a built-in noise figure and third-order intermodulation distortion (TOI) measurement, which are both essential in diagnosing and troubleshooting RF systems. Connectivity is achieved with standard USB, LAN (Ethernet), and Bluetooth. The built-in power sensor can measure peak and mean power, pulse power, phase noise, and spectral emission. The user can employ this feature to further analyze their device. When measuring the emission or system performance of wireless devices, the user may find that ROHDE & SCHWARZ FSH3 falls short in its duty. To optimize its capabilities, the spectrum analyzer is capable of storing multiple traces, with each trace storing up to 632,000 data points. This enables users to analyze the data without having to manually adjust parameters. FSH3 also provides a built-in function generator that can be used to create test signals, eliminating the need for an external signal source. Overall, ROHDE & SCHWARZ FSH3 is a powerful tool that combines a wide frequency range, a very high dynamic range, and swift scanning speeds. It is optimized for assessing and troubleshooting complex RF systems and can enable users to quickly diagnose and determine the cause of a system malfunction if necessary. It provides a cost-effective solution to many RF analysis and measurement tasks, making it an ideal choice for RF engineers and technicians.