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Interface PIC Microcontroller using Serial Communication RS232 or USB and a Visual Interface

What you will learn

Interface Microcontroller with Computer or Laptop via Serial Communication RS232 or USB

Create a Visual Interface for Your System

Interface PIC Microcontroller with Computer or Laptop via USB Port

Create a Visual Interface for Your System to easily Control It

Write a Code to Make PIC Microcontroller recognize USB and use it to send and receive data

Control PIC Microcontroller using USB Port and a Computer

Know how USB function and learn about it’s internal structure

Write code for USB Interfacing

Embed code in the design

Program PIC Microcontroller like a champ

Understand the principles of USB Interfacing and programming in PIC Microcontrollers

Connect your PIC Microcontroller to PC or Laptop and control it using USB Interfacing


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Understand basic principles of USB Interfacing

Description

>>> Interface PIC Microcontroller using Serial Communication RS232/USB and a Visual Interface <<<

Welcome to this course.

In this Course You will Learn how to Move to the next Level in Communication between Microcontrollers and Computers, You will get a step by step guide on How to create A visual Interface in your computer/Laptop that will send and receive data to and from a Microcontroller using RS232 Serial Communication Standard or USB.

Why You should take this Course:

  • More than 3.5 Hour of Full HD Content
  • Supporting Material and Example Codes
  • Step by step explanation of connection diagrams and coding stages
  • Certificate of Completion when you finish the course
  • Simulation and Practical lessons to Cover everything there is to know about USB and RS232 Serial Communication

You will be able to communicate with your Microcontroller and build a fully functional interactive system that will make it easy for your to monitor different variables such as temperature, and send control signals to turn on of off system devices such as fan or heater.

Serial/USB Communication provides means to control any type of Microcontroller via your own computer whether it’s a desktop or a laptop, what you need to do is just create the proper interface which we will teach you how to do in this course.

This course will be your gate, and you will have no limits, you can make a temperature control, RC robot, SCADA System and a lot of other applications via serial interfacing.

Everything you wanted to know about USB Interfacing but was too afraid to ask, or Asked without getting Answers!

This Course also contains a Step By Step Guide to USB Interfacing with PIC Microcontroller

This USB Section Consists of 39 Lecture with more than 3 hours of HD Video Content and supplementary material in which we cover every aspect of USB Interfacing including teaching you how to design, simulate and connect everything in real life, I can assure you that after this course you will be a professional in USB Interfacing with PIC Microcontroller

Why You Should Use USB Interfacing:

  • Higher speed than any conventional interfacing method
  • Only Four wires are used (Two PIC Microcontroller Pins are needed to connect more than 100 device via USB)
  • Low power consumption
  • Support and Libraries
English
language

Content

Introduction & Getting Started
Introduction
What is a GUI
Important Note: Review System
Important Note: Review System
Software Needed for This Course
Note
Microsoft Visual Studio
Proteus Simulation Software
MikroC Pro for C Coding of Microcontrollers
Virtual COM Port Driver
Proteus Virtual USB Installation
Software that can be used to design a GUI
Software that can be used to design a GUI
Communication
Different Communication Methods that Can be used
What is Serial Communication and RS232
Your First GUI
How To Create Your First GUI Project Quick Intro
Control PIC Microcontroller using A GUI
C Code for PIC Microcontroller
GUI Code for Microsoft Visual Studio
Proteus Circuit Schematic
USB Communication
Introduction to the USB World
Introduction to the USB World
Hardware and Software Requirements
Advantages of USB Communication
USB Pinout Port Wiring
USB Transfer speeds
USB Device Classes
Introduction to Descriptors
Introduction to Descriptor
Creating a descriptor file in MikroC
Creating a descriptor file in MikroC – Practica
USB Libraries HID Enable
USB Libraries HID Enable
USB RAM and Functions
USB RAM
USB Functions
USB Functions Explained with Examples
USB Practical Example
Circuit Design for First Example
The Circuit Design
USB Coding Example
The Code
Virtual USB Port
Installing the Virtual USB Port Feature to enable Simulation
First Example Send and Receive Data
First Example Send and Receive Data
Code
Schematic – Circuit Design
Second Example Send Characters and Check the incoming Data
Second Example Send Characters and Check the incoming Data
The Code
Schematic – Circuit Design
Third Example Turn Leds On and Off via USB
Third Example Turn Leds On and Off via USB
The Code
Schematic – Circuit Design
Forth Example Reading Input – Button Press
Forth Example Reading Input – Button Press
The Code
Schematic – Circuit Design
Drivers, Connection
Burning the Code to PIC using A Programmer
MikroC and Ql2006 Right Configuration for the Code file
DEVICE DRIVERS FOR USB interfacing with pic microcontroller
DEVICE DRIVERS FOR USB interfacing with pic microcontroller
Device Driver Download
USB Interfacing Lighting Leds
USB Interfacing Led Lighting
Practical Circuit Assembly
Practical Circuit Assembly
Gifts and Bonuses
Gifts and Bonuses