MATLAB EMBEDDED IDE LINK 4 Bedienungsanleitung PDF herunterladen (Seite 2)

Introduction & Agenda

z Introduction to Microchip Device Blocksets

z Introduction to MATLAB Plug-In in MPLAB

IDE

z Creating a SIMULINK model with Microchip

Blockset and building them

z Learning Goal: To create a SIMULINK model

using Microchip Blockset, generate C code

from it and build it

MATLAB is a very widely used model based design tool. Microchip’s MPLAB

IDE has a Plug-In capable of importing source files generated by RTW component

of MATLAB. Users can configure the peripherals of dsPIC

DSC devices in

MATLAB/SIMULINK environment using Microchip Device Blockset which can

be located in SIMULINK library tree after installation.

Application models can be created using Microchip Device Blockset and generic

SIMULINK blocks. These models can be built either independently from MATLAB

or using MATLAB Plug-in. The hex/cof files generated from MATLAB can be

programmed using Microchip or third party programmers. When MATLAB Plug-in

is used, code generated can be modified and debugged from MPLAB environment.

This session will last about 15 minutes, we will go through the steps to use

Microchip Device Blockset and MATLAB Plug-In. This will also guide you

through SIMULINK Model creation, configuring RTW parameters, generate code,

build and debug code generated from SIMULINK models.

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MATLAB EMBEDDED IDE LINK 4 Bedienungsanleitung Seite 2