Modeling of electrical circuits
Description
The course Modeling of Electrical Circuits is designed to study visual modeling of analog electrical circuits using the Engee platform usage. Modeling helps to research and develop electrical circuits. For example, simulation is used to study the contribution of various circuit components to the overall response of the system.
Each section contains a theoretical part and tasks for independent implementation.
Knowledge requirements: completion of courses Welcome to Engee and Visual modeling.
Total course time: ~4 hours.
Course program
Introduction to the modeling of electrical circuits
An overview of Engee blocks for modeling electrical circuits is given and a low-pass filter model is studied.
RC and RLC circuits
The basics of building electrical circuits, modeling RC and RLC circuits and an AC voltage source are studied.
Nonlinear elements
Nonlinear elements of electrical circuits, modeling of a DC power source with a bridge rectifier and transformer are studied.
Operational amplifiers
Modeling of inverting and differential operational amplifier is studied.
Filter chains
Modeling of analog filters is studied: RC low-pass filter and Butterworth filter.
Generator with Wine Bridge
Modeling of a sinusoidal oscillator with a Wien bridge is studied.