Section Intro

 Introduction

Very Important Note: Review Process

Quiz

Shift Register Applications and Theoretical Background

Summary

Reading Material

Understanding Shift Registers and Expanding Microcontroller Outputs

Introduction & Getting Started

 Shift Register Explained in Details

Shift Registers

Software Requirements

Circuit Design and Simulation with Shift Registers Using Proteus and MikroC

More About Coding

First Example Get 8 More Output Pins

Code

Schematic

 Second Example Get 40 Output using 3 Pins

Building and Simulating a 40-LED Control System Using Shift Registers

Practical Work: Coding and Simulation

The End

Download and Install MikroC Software

Download and Install Proteus Software

Download, Install, and Configure MikroC and Proteus for Embedded Systems Develop

Download and Install Software Section

Shift Registers and Practical Applications in Microcontrollers

Practice Test

Who we are?

 Course Project

Bonus Lecture

Bonus Lecture: Coupons, Gifts and More

<h2 id="1bb963e3-50fa-4f33-8931-93d9a4865e0e" data-toc-id="1bb963e3-50fa-4f33-8931-93d9a4865e0e">Requirements</h2><ul><li>Download and Install Proteus Professional</li><li>Download and Install MikroC Pro!</li><li>Download The course Material in PDF and Print them if possible</li><li>Students must have the knowledge of basic electronics</li></ul><h2 id="829e4ff3-07da-43b6-a547-945c9ceaa02c" data-toc-id="829e4ff3-07da-43b6-a547-945c9ceaa02c">Description</h2>&gt;&gt;&gt; You will Be Able to turn three Output Pins in Your Microcontroller to 8,16,32,64,128 or any number of Output Pins &lt;&lt;&lt;&gt;&gt;&gt; Continues Updates &lt;&lt;&lt;4.8 Star | More Than 2000 STUDENTS!!! THANK YOU!!!What students are saying:Ronald Tennis says, "The course is actually short and sweet but I got enough information to use the IC. I had seen Proteus in one of your other courses but I was a little rusty. Mainly I had forgotten how to get the hex program loaded even though it was easy. My first attempt at grabbing components didn't go right so a little more explaining could have helped."Welcome to this course.Who hasn't faced a situation where more output pins are needed, but the microcontroller at hand doesn't have enough? Changing the microcontroller was our first option, but not anymore. In this course, I will take you step by step to maximize the number of output pins in your microcontroller. Now you can use three output pins in your microcontroller and turn them into 8, 16, 32, 64, 128, or any number of output pins you wish to have using a very simple and easy-to-use method that won't take time or effort.Do you want to Get More Output Pins in Your Microcontroller without having to change the Microcontroller itself?We are announcing our brand-new course PIC Microcontroller Expanding Output Pins.HD Content that will take you on an informative journey to not only master the coding of more output pins but also understand the method we use, how it works, its parts, wiring diagram, and how your code can handle the output pins.What You will get in this course?<ul><li>Learn how to get more output pins in your microcontroller without having to change the microcontroller itself.</li><li>Get familiar with data shifting inside PIC microcontroller.</li><li>Understand serial to parallel pins data conversion.</li><li>Learn new programming techniques that will help you get the most out of your microcontroller.</li><li>Practical work to interface and connect data shifting IC to PIC.</li><li>Send output data using 3 pins to 8, 16, 32, 64, 128, or any number of output pins.</li><li>Write a C program to manipulate data in PIC microcontroller.</li><li>Understand the working principle behind the method used in this course.</li></ul>If you take this course now, you can count on these three results in just a few hours!What You Will Learn:<ul><li>Expanding the number of output pins in a PIC microcontroller.</li><li>Data shifting and serial to parallel conversion techniques.</li><li>Practical interfacing and coding with PIC microcontrollers.</li><li>Effective utilization of microcontroller resources.</li></ul>Who is This Course For:<ul><li>Electronics hobbyists and enthusiasts.</li><li>Engineers and technicians looking to expand their microcontroller skills.</li><li>Students and educators in electronics and programming.</li><li>Anyone interested in microcontroller-based projects.</li></ul>Requirements:<ul><li>Basic understanding of electronics and microcontrollers.</li><li>Familiarity with programming in C.</li><li>Willingness to learn and apply new techniques.</li></ul>About the Instructor:Educational Engineering TeamTeam of Skilled Engineers Sharing Knowledge with the WorldEducational Engineering Team is a leading entity in the Microcontroller industry with over 13 Years of Experience in teaching and practical projects. We provide in-depth, step-by-step blueprints on taming complex topics in easy and digestible bite-sized videos.Having been in the Programming and Microcontroller business since 2007, we've catered to students' and educators' needs, teaching over 250k-THOUSAND students and counting through our 100+ courses on Udemy.Ashraf Said AlMadhoun is an educator, Mechatronics engineer, electronics and programming hobbyist, and Maker. He is the Chief Educational Engineer at Educational Engineering Team, a company founded to explore new trends and technologies and to educate the world.Our online courses have helped over 250,000 people globally to excel and make great careers in the industry.Educational Engineering Team offers Courses on:<ul><li>Circuit Design, Simulation, and PCB Fabrication</li><li>Arduino, PIC Microcontroller, and Raspberry Pi</li><li>Programming in C, Python, and other programming languages</li><li>PLC Industrial Programming and Automation</li><li>3D Design and Simulation</li><li>ESP and IoT World</li></ul><h2 id="bc1b394a-5282-49f3-a5cc-b10c8294fca7" data-toc-id="bc1b394a-5282-49f3-a5cc-b10c8294fca7">Who this course is for:</h2><ul><li>Anyone with a curiosity for making electronics</li><li>Anyone interested in Getting More Output Pins in Microcontroller without having to change the Microcontroller itself</li><li>Engineering students and Anyone looking to save Money, Time and Effort by using the same Microcontroller</li><li>Technology hobbyists</li><li>Computer programmers</li><li>Microcontroller Geeks</li></ul>

You will Be Able to turn three Output Pins in Your Microcontroller to 8,16,32,64,128 or any number of Output Pins

PIC Microcontroller Expanding Output Pins

Ashraf Said

Course content

Course Description

This Course Includes