Used ROHDE & SCHWARZ FSV13 #9241591 for sale

ROHDE & SCHWARZ FSV13 is a wideband signal and spectrum analyzer used for measuring and testing signals from 9 kHz to 13.5 GHz. FSV13 is suitable to detect and analyze modern digital radio standards such as LTE, WiMAX, WLAN, and other wireless communications. Its high performance, superior reliability, low noise, and wide frequency range makes it a suitable choice for users in telecommunication, broadcasting and research. ROHDE & SCHWARZ FSV13 supports up to two independent receivers with 18 GHz total bandwidth (9 kHz - 13.5 GHz). This allows a wide frequency coverage in a single instrument. The High Dynamic Range (HDR) of FSV13 ensures it has the highest sensitivity when working with complex regionals and fast changing signals, such as wireless standards. Using the latest technologies, ROHDE & SCHWARZ FSV13 includes real-time bandwidth options that allow users to adjust their measurement setup to match incoming signals and reduce the maximum signal level required for successful measurements. It also features trigger/marker amplitude histogram and frequency histograms that help characterize interference sources on the spectrum display. Also, FSV13 features bandwidth expansion up to 200 MHz that allows users to analyze low frequency signals with high resolution, and ensure high accuracy. Offering superior performance, ROHDE & SCHWARZ FSV13 allows optional 1 Hz frequency resolution, and its amplitude uncertainty can reach as low as a few dBm. In addition to advanced measurement features, FSV13 has various options for users, including vector analysis and channel emulation. It can also be paired with other ROHDE & SCHWARZ instruments such as signal generators, analyzers and other test equipment enabling a complete measuring system solution. ROHDE & SCHWARZ FSV13 offers precise, reliable and efficient performance to users for testing and solving challenging measurement issues. Its wide frequency range, high dynamic range, accurate frequency and amplitude measurements, and various options enable users to measure different types of signals for a range of applications.