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• Part 1: Layout Basics
  The first part covers how library technology is used with layout and the basic features of the ADS layout windows, drawing tools, LVS, and more. This topics and skills apply to both MMIC and RF Board Designers.
  The Lab video demonstrates Settings and drawing tools in the layout window that apply to both board and MMIC designers. Its objectives is helping you to be able to set layout preferences and technology and use basic drawing features and commands for board or IC design. More details are as follows:
  Create a workspace and layout
  Examine technology and preferences
  Set up Hot Keys
  Generate a layout from schematics – use LVS
  Draw and edit shapes and components
  Properties, navigator, layers
  Creating a via with layer binding
  Use connectivity and other tools and more
  Create a clearance
  
  Part 2: Basics of EM Simulation
  The second part focuses no ADS Momentum. It covers the EM user interface, including basic substrate setup, layer, via mapping, simulation setup, and more.
  This Lab video will cover all the basics of EM and simulation. It will also cover some use of the technology file, layout, ports, and other features of the EM setup requirements. More details are as follows:
  Create a workspace and layout
  Define materials in the Technology file
  Draw two lines with via to connect them
  Add a new substrate and map layers
  3D Preview Setup the EM simulation
  Define the ports and other settings
  View the data and current visualization
  Optional: meshing the look-alike component
  
  Part 3: Layout and EM Techniques
  This third part covers two topics: both details about Layout drawing and Momentum EM simulation, with an emphasis on techniques that you can use on your designs. There also are two labs for part 3. One for Layout and one for Momentum.
  The details for layout Lab demo is as follows:
  Create a workspace and layout
  Build a fixed artwork capacitor
  Build an amplifier layout
  Identify component layers, pins, etc.
  Use Trace, Paths, Transmission Lines
  Use automatic via stitching
  Use DRC and create a schematic
  The details for Momentum Lab demo is as follows:
  Create a new workspace
  Simulate a DemoKit inductor
  Copy a substrate and define thick metal
  Specify a mesh and use RF mode
  Create an emModel and look-alike symbol
  Compare circuit simulator results to EM
  Visualize the current
  Optional: FEM example