Vector Network Analyzer (VNA) Fundamentals
A tutorial series introducing a range of basic network analysis concepts
This four-part tutorial series provides important knowledge for understanding RF network measurements and vector network analyzer (VNA) operation. It starts with the fundamentals of impedance matching, VSWR, and return loss. Then, S-parameters for characterizing multi-port networks and the Smith Chart as a powerful tool for visualizing complex impedances are explained. The final tutorial covers VNA calibration procedures essential for accurate measurements. This series builds a solid foundation in RF measurement theory, by covering how power transfers between source and load, how to quantify network behavior using industry-standard S-parameters, and how to ensure measurement accuracy through proper calibration techniques.
What you'll learn:
- How impedance matching affects RF power transfer and how VSWR and return loss quantify reflected power in transmission systems
- How S-parameters characterize RF networks and how reflection and transmission coefficients relate to common measurements like gain and return loss
- How the Smith Chart displays complex impedances using resistance circles and reactance curves normalized to system impedance
- How VNA calibration removes systematic errors using calibration standards and how to select appropriate calibration types for accurate measurements
Get a Rohde & Schwarz statement of completion on VNA Fundamentals!
Watch the technical videos that break down the essentials, then validate your knowledge with a certification test.
