Used ROHDE & SCHWARZ RTM1052 #9190188 for sale

ROHDE & SCHWARZ RTM1052 is an advanced electronic test equipment designed to measure and analyze communications signals used in advanced telecommunications networks. This device is particularly suitable for developers and testers of high-speed digital communication components. RTM1052 combines the features of a high-performance oscilloscope and a signal generator into one instrument. It boasts a frequency range of up to 6 GHz, making it ideal for measuring the effects of signals such as 5G NR, LTE, and WLAN. The device is also equipped with an eye diagram display which allows detailed evaluation of the impact of interference on digital signals. ROHDE & SCHWARZ RTM1052 also offers digital clock recovery frequency analysis, which allows the user to measure and analyze jitter on digital serial data links. This is necessary for characterizing digital signal integrity in serial and parallel communication channels. In addition, the instrument is equipped with filtering and triggering tools which help to reduce noise and optimize signal analysis. It also has a sophisticated limit-test compare feature, which allows the user to check if a signal is within its specified limits quickly and easily. The integrated signal generator of RTM1052 offers a wide variety of signal types and modulation formats. Not only can the user generate traditional and multi-level signals but it is also possible to generate custom signals through a digital I/O unit. Furthermore, the instrument offers a feature suite which includes digital voltmeter, arbitrary waveform generator, audio analyzer and digital patterns. This makes it possible to accurately measure, store and analyze voltage levels, frequency spectra, and digital data in 2- and 3-state formats. Overall, ROHDE & SCHWARZ RTM1052 is a versatile piece of test equipment which enables users to quickly and accurately measure and analyze a wide range of communication signals. With its comprehensive array of features, this instrument is a must-have for any developer or tester of high-speed digital communication systems.