What this event is about
Take the opportunity to learn and refresh your knowledge on RF measurement fundamentals, experience live demos, and discuss your test challenges with Keysight’s technical experts.
Agenda
08:30 | Registration
09:00 | Vector Network Analysis Fundamentals
We will introduce important concepts of a vector network analyzer including transmission line theory and S-parameters. Get to know its block diagram, how it works, what it does, and how it compares to a spectrum analyzer. Finally, we will cover the importance of calibration and types of error correction.
10:30 | Vector Network Analysis Applications
Vector analyzers is not only for characterizing passive components but also for active devices. We will demonstrate how to perform gain compression, intermodulation distortion, noise figure and signal analysis using complex stimuli with a vector network analyzer.
12:15 | Spectrum Analyzer Theory and Applications
We will cover key concepts, rule of thumb, differences between spectrum analyzers and other instruments, and types of measurements available. Find out the block diagram, advantages, and disadvantages of the three different types of spectrum analyzers. Learn the key specifications and best practices. Demonstrations include real time spectrum analysis, and vector signal analysis with our new launches.
13:30 | Signal Generator Theory and Applications
This presentation starts with why we need a signal source before diving into the block diagram and theory of operation of CW, analog, and vector signal generators. Get to know the difference between ARB and real-time generation. We will also demonstrate some signal source application examples as well as introduce our latest signal source technologies.
14:30 | Phase Noise Measurement Techniques
In cutting-edge radar and communication systems, phase noise is the little-understood nemesis that limits system performance. Phase noise adversely affects a radar system’s ability to process Doppler information, and it degrades EVM in digitally modulated communications systems. Wider use of complex digital modulation schemes brings greater susceptibility to poor phase noise performance. For new and seasoned RF engineers alike, this paper offers a fresh look at the basics of phase noise, how to measure it, and why it matters more than ever.
