5:20 PM
Posted by
Shahrul
Example 1:
There is a lot of block in the Simulink Library Browser.. By click the block, u will see the function that u want.. this is the way how u can find the suitable block for your model..
2:07 PM
Posted by
Shahrul
For this second method.. it is more reliable and simple method to place the blocks in the model.. As u can see in the figure below, Just click on your block, hold and drag into the model design.. It is simple..
2:22 AM
Posted by
Shahrul
First step to locate the blocks in the model is by select the block that u need.. right click your mouse and select "add to untitled".. in This figures, you can see that also have Help for the Transfer Function Block, Go Up a level and Block Parameter.. which can be ..
This file named as untitled because it doesnt set.. it depands on the designer which name that they like..
Electric machines play an important role in industry as well as our day to day life. They are used to generate electrical power in power plants and provide mechanical work in industries. They are also an indispensable part of our daily lives. Electric machines are very important pieces of equipment in our everyday lives. The DC machine is considered to be basic electric machines.
The aim of this final year project is to introduce students to the modeling of power components and to use computer simulation as a tool for conducting transient and control studies. Simulation can be very helpful in gaining insights to the dynamic behavior and interactions that are often not readily apparent from reading theory. Simulation is often chosen by engineers to study transient and control performance or to test conceptual designs.
MATLAB/SIMULINK is used because of the short learning curve that most students require to start using it, its wide distribution, and its general purpose of nature. This will demonstrate the advantages of using MATLAB for analyzing power system steady-state behavior and its capabilities for simulating transients in power systems and power electronics, including control system dynamic behavior
