This is how the Simulink library browser looks, in which you can search for sinks, sources, connectors, linear and non-linear components. The command is case-sensitive so be careful while typing: slLibraryBrowser The other way to open the Simulink library browser is to type the below command in the command window. To open a Simulink Library Browser you can simply click on the Library browser button from the Simulink menu, as shown below image Simulink is far better than the other previous simulation packages that needs to formulate the equations into a program, while in Simulink you can choose the function and blocks and you just have to enter the values of the variable of the equations.
Simulink Library Browser contain sinks, sources, connectors, linear and non-linear components. The blank model window which we can also called as Simulink window looks like the image below. Whenever we need to design a new model, we choose ‘ Blank Model’ option by double-clicking on it. ※3.In Chapter 4 :"Motor Speed Control Experiment" of the book, there is a correction in the electronic circuit diagram ,Please be careful.For further details please refer to TechShare Books Site.As you can see in the image there are different options to do different tasks, like you can create your template, blank model, blank library and many others.
A simple manual for assembling the experimental equipment is included but the explanation of the experiment itself is not attached.To explain each experiment, it is necessary to separately purchase a book titled "Start Control System Design with Arduino and MATLAB!" ※2.This product does not include books of "Control system design with Arduino and MATLAB!" (ISBN 978-4-90). ※1.This product does not include Arduino's microcomputer board. 3)This experiment kit (or equivalent experimental member). ※In Arduino Uno, when using the function of Run on Target Hardware introduced in Chapter 8 Simulink's External Mode can not be used.If parameter tuning using External Mode or monitoring of experimental data is required, Mega is also required. 2)Arduino Uno or Arduino Mega 2560 microcontroller board. 1)MATLAB after R2012a、Simulink、Control System Toolbox. In order to actually try these simulations and actual machine experiments, the following environment is a premise. In the book ,"Control System Design Getting started with Arduino and MATLAB!",Simulation using MATLAB / Simulink,Actual machine experiment using ArduinoIO,Actual machine experiment using Run on Target,Motor speed control experiment,Angle control experiment,through the experiment of Ball & Beam,learn the basic content from control system design. The method of assembling the Ball & Beam device is described in the A3 size manual.Others, including jumper wires, hard jumper wires, breadboards, USB cables, battery boxes, etc., commonly used for each experiment are included ( Excluding Arduino micro Computer board and batteries). It is possible to redo even if cutting the lead wire by mistake. Spare parts are put in electronic circuit parts (resistance, LED, ceramic capacitor). The parts are summarized for each experiment, and along with that manual (card) printed is attached with an electronic circuit diagram, real wiring diagram.Really Consideration was made to make it easier to retrieve for practical training. This experimental kit is designed to actually experience the following experiment described in the book of "Control System Design: Getting Started with Arduino and MATLAB" (ISBN 978-4-90) It is an original product of TechShare which is made up of necessary experimental parts kit. Control System Design:Getting Started with Arduino and MATLAB -Experimental Kit