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ADS Fundamentals class in Roma (Italy)

Join us for 3 Learning Days in Italy next March 3, 4 & 5, 2015!

We are pleased to offer 3 dedicated days of training on ADS to help you get started with the software. If you already know some ADS, you can develop a more detailed understanding to increase your productivity further, or simply to get a valuable refresh, if you haven’t used ADS for some time.

These classes cover a selection of material used in the popular Keysight EEsof Customer Education classes and will be led by qualified Keysight instructors. Computers will be provided by Keysight for the duration of the class. Lunch and refreshments are served during the training days.

Please find below a detailed agenda and registration information. Seating is limited and will be assigned on a first-come, first-served basis. The daily price is 490€. You can consider the registration form as a formal quotation. Take the first step towards increasing your design productivity by joining us for 3 Learning Days in Italy next March 3rd, 4th, 5th 2015!

Detailed agenda:

Introduction to ADS
Overview of workspaces, libraries, cells and technologies.
Schematic capture, system and circuit components, sub-circuits, symbols and Dynamic Model Selection.
Basics of Sources, Terminations, and Variables.
Simulation basics: DC, S Parameter, Harmonic Balance, Transient, and Circuit Envelope.
Plotting data for DC, S Parameter, Harmonic Balance, Transient, and Circuit Envelope
Using Examples, Smith chart and matching utilities, and Design Guides,

Optimal Usage of ADS Layout for Quick Generation of Prototypes
Learn how to optimally create layouts in ADS using design synchronization, manual entry, & AEL macros.
Understand technology files and editing procedures. Proficient use of the physical design user interface is a pre-requisite for defining robust EM models, but is also essential for correctly manufacturing circuits.

Introduction to EM GUI & Simulations (Momentum & FEM)
Learn how to convert layouts into EM simulation models using the unified GUI for Momentum and FEM.
Apply MomRF & coarse model techniques to perform highly efficient, perturbational optimizations.
Build EM Components from physical models for circuit cosimulation. Simulate antennas and compute their properties such as gain and far fields.