R&S®ZNA Vector Network Analyzers - Media center

ZNA-K50 Real Time S-Parameter Measurement Uncertainty

Short summary of how the R&S®ZNA using the power of VNA Tools by METAS, the Swiss Federal Institute of Metrology, can help benefit engineers to make traceable S-parameter measurements.

Demonstration of ZNA-K50 Real Time Uncertainty Calculation

Practical steps that engineers must perform to calibrate and run a verification test on the R&S®ZNA, measure traceable S-parameters on a device under test (DUT) and include traceable measurement uncertainties along with the S-parameters.

De-embedding and measuring a PCIe5 connector with R&S®VNA

By reference to settings and measurements with a vector network analyzer R&S®ZNA we are demonstrating the de-embedding process of a PCIe5 connector integrated in a test fixture.

Integrated Deembedding Software

For maximum accuracy in characterizing various components with fixtures, the R&S®ZNB has several industry standard de-embedding tools integrated in the R&S®ZNB Firmware

Understanding the Smith Chart

The Smith chart is one of the most important tools in understanding RF impedance and matching networks. This brief tutorial explains what the Smith chart is and how it can be used to represent complex impedances.

Understanding VSWR and Return Loss

This video provides a basic introduction to voltage standing wave ratio (VSWR) and return loss, and explains how these measurements are used in radio frequency applications.

Understanding S Parameters

Radio frequency networks are characterized using S (scattering) parameters, and this video provides an easy introduction to S parameters and how they are used to quantify impedance matching and power transfer in radio frequency networks.

R&S®ZNA Vector Network Analyzer

The Rohde & Schwarz Vector Network Analyzer R&S®ZNA features a spectrum analyzer option (R&S®ZNA-K1).

R&S®ZNA Vector Network Analyzer

The Rohde & Schwarz Vector Network Analyzer R&S®ZNA offers a user-friendly DUT-centric operation. In DUT-centric mode, the user first selects the DUT type, e.g. amplifier or mixer. The instrument will then prompt the user, in a step-by-step process, to select and configure the desired measurements