Conventional spectrum analyzers have been, and will continue to be, a workhorse tool for general RF measurements and spectral power. For fast changing signals, complex modulations, and the highly variable RF transmissions of the future, the new standard in spectrum measurement is the real-time spectrum analyzer. The Anritsu Field Master ProTM MS2090A solution is the highest performance portable RTSA available.
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2:52In this video, you will see a demo of pinpointing PIM sources using the Anritsu Site Master and PIM hunting wand, and set-up of the Site Master for fast audio tones.
5:56This video highlights how to use the Anritsu Field Master Pro MS2090A with the pulse analyzer option to make measurements on a pulsed radar. The video is made at the Mount Umunhum NEXRAD weather radar
5:36This video demonstrates the advantages of the real-time spectrum analysis capabilities of the Field Master Pro™ MS2090A spectrum analyzer to that of a traditional swept-tuned spectrum analyzer while m
20:34Wayne Wong, our RF Handheld Product Marketing Manager, covers the latest on test equipment enhancements and new solutions available covering multiple industry applications such as interference hunting
RF interference represents the single largest impact on robust satellite operation performance.
4:52This video demonstrates the ease in which the new Field Master MS2080A can be used with Anritsu’s Mobile InterferenceHunter software to locate an unknown signal of interest. The user is show
54:59This webinar explores the impact of adding coaxial adapters after the calibration has been performed, and the resulting impact on the measurement(s) of the DUT.
This application note highlights the power of an RTSA spectrum analyzer for detailed analysis of crowded areas of spectrum.
Advances in technology and design have enabled the creation of the first high performance real-time handheld spectrum analyzer with a 110 MHz analysis bandwidth.
Learn the challenges of testing 5GNR base stations and how to test the performance outside of traditional methods.
Base station power and modulation quality, RF cable and antenna measurements, Cell site coverage, and EMF
Dive into the intricacies of Passive Optical Network (PON) technology, offering detailed insights into its specifications and the challenges that might arise within PON networks.