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This example shows the basic architecture of a series hybrid transmission. All mechanical power from the engine is converted to electrical power via the generator. In this test, the vehicle accelerates, maintains the faster speed, and then decelerates back to the original speed.
Simulink is a graphical front end to MATLAB that allows you to easily create models of dynamical systems in form of block diagrams. In this lab, you will learn how to construct di erent representations of the model of a simple RLC circuit and simulate its behavior. This lab focuses on the use of MATLAB as a tool in control system design.
In this example we will learn how to develop a linear model for a DC motor, how to analyze the model under MATLAB (poles and zeros, frequency response, time-domain response, etc.), how to design a controller, and how to simulate the open-loop and closed-loop systems under SIMULINK.
• Using MATLAB’s differential equation solvers and other built-in functions. • Understanding MATLAB programs with script and function M-files. To prepare for the Simulink tutorial and exercise.
SIMULINK is an add-on feature in MATLAB that allows the users (engineers, science graduates, etc.) to simulate various systems by combining blocks of several types. To assist the user in simulating and analyzing the performance of various systems using block diagrams in SIMULINK, the book provides an introduction to using SIMULINK in
For this practical session, you will be presented with very simple input-output block diagrams to demonstrate the capabilities of Simulink. 2. Introduction to Matlab and Simulink. As a University of Toronto student, you can run Matlab in a variety of ways.
Simulink is a graphical extension to MATLAB for modeling and simulation of systems. In Simulink, systems are drawn on screen as block diagrams. Many elements of block diagrams are available, such as transfer functions, summing junctions, etc., as well as virtual input and output devices such as function generators and oscilloscopes.
