Videos
Sonnet Lite Videos
See Sonnet Lite in action. In this video, we construct and analyze a double-stub microstrip filter. A simple start-to-finish demo of project creation, analysis and viewing results. (13:52)
Use Sonnet Lite to create design curves based on circuit geometry variations. Sonnet Geometry Parameters are applied to the double-stub filter, design curves created, and S-parameter models extracted. (10:02)
A demonstration of the integration of Sonnet Lite with AWR Microwave Office. This video demonstrates the use of Sonnet as an EM analysis and Extraction client within MWO. (13:18)
A demonstration of integration between Agilent ADS and Sonnet Lite. This video demonstrates driving Sonnet Lite from an ADS Schematic and from an existing ADS Momentum definition. (11:14)
Part 2 of this series demonstrates how to simulate a basic layout in ADS in Sonnet Lite, and also shows how to import a pre-existing Sonnet Lite project into ADS Schematics. (11:24)
Sonnet Tutorials presented at IMS 2010
Sonnet demonstrates Port Tuning, a new methodology which harnesses the accuracy of EM simulation with the speed of circuit theory. Watch and participate as filter designs are rapidly tuned and tweaked.
This two-part presentation will demonstrate how to build finite ground coplanar waveguide (FGCPW) transmission line structure in Sonnet and you will learn helpful tips on how to accurately model CPW designs.
Part two of the CPW demonstration that will teach you how to build finite ground coplanar waveguide (FGCPW) transmission line structure in Sonnet and you will learn helpful tips on how to accurately model CPW designs.
Learn how to parameterize the coplanar waveguide gap and conductor widths with this demonstration and watch as we simulate parameter sweeps to explore the effect of widths on characteristic impedance.
Let us show you how to create and simulate a spiral inductor using Sonnet's patented conformal meshing technique. Learn how easy it is to prototype spiral inductor designs in Sonnet.
Sonnet Tutorials presented at IMS 2009
Live training to drive the Sonnet Lite high frequency EM simulator. You will create and simulate a Sonnet Lite project with a hands-on planar filter example.
Live training to drive the Sonnet Lite high frequency EM simulator. You will create and simulate a PCB via and extract an equivalent circuit model.
Live training to drive the Sonnet Lite high frequency EM simulator. You will create and
simulate a planar PCB filter design with surface mount capacitors. Example project file is provided.
Sonnet’s Co-Calibrated™ Ports allow tens or even hundreds of perfectly calibrated ports in your EM project layouts. Between these ports, you can attach tuning elements, and optimize your filter.
General Information
What are the Sonnet Suites of programs and what can you do with them?
There are many different tools available. Choose the right one and you win big time.
For this presentation, we use an exact (to within +/- 0.0006%) theoretical result for a very thick stripline. We compare results of a Sonnet convergence analysis and a volume meshing analysis.
CST Studio Suites Videos
EM simulation package's key new features.
