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• Lecture 1: Using the workspace
  The first part covers the basic use model of ADS: Workspaces, libraries, cells, deigning a low-pass filter, plotting the data and tuning component parameters.
  Lab 1: Workspaces, Filter Design, and Tuning
  This Lab video covers basic structure of ADS workspaces, libraries and cells, including basic design capture, tuning, simulation, and displaying data for analysis.
  Lecture 2: Libraries, Models and Data
  The second part covers more basics about using ADS, including wiring, using PDK libraries, working with cells, symbols, models and simulation datasets and more.
  Lab 2: PDK Filter, Symbols, and Simulation Data
  This Lab gives more details about the workspace structure, libraries and cells, including dynamic model selection and symbol creation.
  Lecture 3: Linear Simulators
  The third part covers basics about using the linear simulators: DC, AC and S-Parameter in various ways. Also more about simulation tools, models, design guides and other settings.
  Lab 3: FET Amplifier Design and Linear Analysis
  This Lab gives more schematic capture, DC and AC simulation, more on libraries and cells, using Templates, Design Guides, data display plots and equations.
  Lecture 4: Non-Linear Simulators
  The last part covers Transient and Harmonic Balance, simple system components, displaying data, writing equations, and using ADS examples.
  Lab 4: RF System and Non-Linear Analysis
  This Lab covers basic system components with circuit components, Harmonic Balance 1-tone analysis, design guides, examples, data display plots and equations.