Learning how to best use your analyzer is something that will come over time. See if there is a listserv either sponsored by the company that makes your analyzer or frequented by those who really ...

The Basics of Vector Analysis Part 1 The Basics of Vector Analysis Part 2 The Basics of Vector Analysis Part 4 Last month, we saw how you can use vectors to define complex circuits and determine ...

You can use a VNA to characterize components, circuits, antennas, and even feed lines at different frequencies. The miniVNA Pro is economical and can exercise circuits from 1 MHz to 3 GHz.

Until recently, vector network analyzers (VNAs) have been too expensive and hard to use for IoT and other embedded applications where they can be quite useful for design verification and optimization.

Such measurements are more common among RF test engineers who characterize RF components, but you can use vector-network analysis for EMC work as well. I recently purchased one such low-cost network ...

Developer Cary Wang based in Vancouver, Canada has created a new low-cost fully featured Vector Network Analyzer that is both easy-to-use and allows S parameter export. Watch the demonstration ...

The vector network analyzer operates up to 67 GHz or 70 GHz overrange. Featuring high output power of 6 dBm at 67 GHz and a broad power sweep range of over 40 dB, the vector network analyzer can ...

February 2, 2012. Rohde & Schwarz announced at DesignCon that the R&S ZNB network analyzer employs the SET2DIL (Single-Ended to Differential Insertion Loss) algorithm for validating high-speed ...