R&S®ZNB vector network analyzer

Characterizing a high-speed cable with the ZNB3000

Characterize a high-speed cable with R&S ZNB30000: measure accurate S-parameter and perform time domain analysis

R&S®ZNB: solid performance for general purpose applications

A typical measurement task is presented, and how it can be easily accomplished with R&S®ZNB Vector Network Analyzers. The R&S®ZNB vector network analyzer offers solid RF performance for everyday needs.

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

Angle of Arrival Simulation for Multi-Channel Receivers

This video shows how to define a Direction Finding scenario in the R&S®Pulse Sequencer software and how to replay the scenario on a 4 channel R&S®SMW200A setup that has been aligned in terms of amplitude, delay and phase.

R&S®SMW200A - RF Ports Alignment - Getting Started

This video shows how to set up R&S®SMW200A vector signal generators and use the RF Ports Alignment option SMW-K545 together with the RFPAL PC software to generate multiple signals that are aligned in amplitude, delay and phase at the input of a multi-port DUT.

Understanding VNA Calibration Basics

This video provides a general introduction to the calibration of vector network analyzers (VNAs), including the most common error sources, calibration standards, and calibration methods.

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.

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.