Used ROHDE & SCHWARZ FSV13 #9096314 for sale

ROHDE & SCHWARZ FSV13 is a scalable, economic electronic test equipment designed for applications ranging from audio/video, to communication, and automotive electronics testing. It is a handheld instrument with a direct user interface which ensures optimum operation and fast access to all of its capabilities. FSV13 has an excellent frequency range spanning from 9 kHz to 13.5 GHz, while its wide dynamic range of up to 120 dB allows it to make accurate measurements across wide frequency bands. It also has a high dynamic range for applications such as spectrum analysis and pulse measurements. It also has an integrated field strength calculator. ROHDE & SCHWARZ FSV13 is ideal for a wide range of applications including measurements of power, amplitude, harmonic distortion, noise, frequency, pulse, phase and modulation. It is also possible to measure impedance, resonance, RF leakage and antenna gain. This makes it suitable for assessment of medical, radar and satellite systems. FSV13's versatile measurement capabilities also make it a reliable tool for a variety of industries, such as broadcasting, electronics, telecommunications, and automotive. It includes an automatic RF preselection filter which reduces the set up time for accurate measurements and is able to save up to 500 measurement results. It features a robust design able to withstand hostile environments and IP67 certified weatherproof housing. To support further performance and increase accuracy, the device can be fitted with additional probes and accessories. A variety of digital interfaces are also available including USB, LAN, and GPIB connectivity for quick data transfer and remote control. ROHDE & SCHWARZ FSV13 is also an efficient tool for fieldwork due to its high battery capacity and built-in storage that is capable of storing up to 10,000 configurations that can be easily selected from the device's dedicated menu. This test equipment is designed for fast and accurate troubleshooting in different environments, even in the most demanding applications.