RF Toolbox 2.4

Product Description

• RF Toolbox Key Features
• Defining RF Components
• Designing Networks
• Modeling with Rational Functions
• Converting Network Parameters
• Visualizing Component and Network Behavior

Designing Networks

RF Toolbox helps you build complex RF networks from simpler components in a visual environment. Using the RF Toolbox, you connect components in series, parallel, cascade, hybrid, and inverse hybrid configurations by calling the appropriate toolbox function with the components as arguments. The return value is a new object that represents the configuration's behavior. This object can be passed in turn as an argument to other toolbox functions.

In addition to calculating the small signal frequency response, RF Toolbox calculates input and output reflection coefficients, stability factors, noise figures, and third-order intercept points for cascaded components. It also enables you to de-embed S-parameters from cascaded networks.

A script (far left) illustrating the steps to read S-parameter data from a fixtured device-under-test (DUT), de-embed the DUT from the fixture impedances, and calculate de-embedded S-parameters. The Smith chart (left) displays the results. Click on image to see enlarged view.