Explore the fundamentals of electric circuits using Wolfram Language and System Modeler. Course covers circuit components, theoretical concepts, analysis methods, and analysis and design of circuits using operational amplifiers.
Summary
Explore the fundamentals of electric circuits in this interactive course with the help of user-friendly diagrams, visualizations and models that intuitively demonstrate how circuits behave. This comprehensive course starts with the basic RC circuit and its components, then moves on to basic theoretical concepts, with sections on electric current and charge, voltage and power, resistivity, and serial and parallel circuits, as well as voltage and current dividers. Later sections focus on circuit analysis methods and how to analyze and design circuits using operational amplifiers. After working with the examples of practical circuits shown in this course, you'll have the knowledge to analyze and design your own circuits for more specialized applications like audio synthesis. The course lessons use the interactive features of Wolfram Notebooks along with imported System Modeler models and data to provide a rich learning environment.
Featured Products & Technologies: Wolfram Language (available in Mathematica and Wolfram|One), Wolfram System Modeler
You'll Learn To
Understand basic electrical components and their mathematical behavior
Analyze circuits using mesh and nodal analysis, as well as by applying superposition
Analyze and design circuits using operational amplifiers
Identify an assortment of components and circuits used for audio synthesis
Summary
Explore the fundamentals of electric circuits in this interactive course with the help of user-friendly diagrams, visualizations and models that intuitively demonstrate how circuits behave. This comprehensive course starts with the basic RC circuit and its components, then moves on to basic theoretical concepts, with sections on electric current and charge, voltage and power, resistivity, and serial and parallel circuits, as well as voltage and current dividers. Later sections focus on circuit analysis methods and how to analyze and design circuits using operational amplifiers. After working with the examples of practical circuits shown in this course, you'll have the knowledge to analyze and design your own circuits for more specialized applications like audio synthesis. The course lessons use the interactive features of Wolfram Notebooks along with imported System Modeler models and data to provide a rich learning environment.
Featured Products & Technologies: Wolfram Language (available in Mathematica and Wolfram|One), Wolfram System Modeler
You'll Learn To
Understand basic electrical components and their mathematical behavior
Analyze circuits using mesh and nodal analysis, as well as by applying superposition
Analyze and design circuits using operational amplifiers
Identify an assortment of components and circuits used for audio synthesis
