YoVDO

PIC Microcontroller Interfacing with LCD

Offered By: Udemy

Tags

Microcontrollers Courses PIC Microcontrollers Courses

Course Description

Overview

Write Anything and Make it shine using LCD (Liquid Crystal Display), You will enter LCD Display world of wonders.

What you'll learn:
  • Learn why, when and how to use LCD displays
  • Know how LCD (Liquid Crystal Display) function and learn about it’s internal structure
  • Embed code in the design
  • Control LCD using Different LCD Commands
  • Write code forLCD (Liquid Crystal Display) display
  • Display numbers and letters on LCD (Liquid Crystal Display) Display
  • Write a Moving numbers, letters and words on LCD (Liquid Crystal Display)
  • Understand the principles of programming micro-controllers
  • Connect your PIC Microcontroller to LCD (Liquid Crystal Display) Display and control it.
  • Understand basic principles in electronics design.

Introduction:

A PIC microcontroller is a small, low-cost chip that is popular in embedded systems. It is easy to interface with other devices, including an LCD. This course will teach you how to interface a PIC microcontroller with an LCD. You will learn how to write code that will display text on the LCD. The course will also cover how to adjust the contrast of the LCD and how to read button input from the user.

Welcome to this course. today we will LCD Display is a display device used to display information onclocks, calculators, watches, and other devices, and in this course, you will learn its internal structure and how it functions, as well as how to interface it to a Microcontroller and Write codes to display letters, numbers, and sentences.

PIC microcontrollers are reliable and flexible, making them a great choice for those who need a versatile and powerful tool for interfacing with LCDs.

You will enter the LCD Display world of wonders, Write Anything and Make it shine using LCD (Liquid Crystal Display)


Do you want to Goto the next level in Displaying Data using LCD Display?

  • We are announcing our brand-new courseLCD Interfacing with PIC Microcontroller

  • HD Contentthat will take you on an informative journey to not only master the coding of LCD Display withPICMicrocontroller but also learns the very basics ofLCD Displayinternal structure, how it works, its parts, it's a wiring diagram,and how your code is handled by it.

Why you should take this course?

  • To know how LCD Display functions and learn about its internal structure.

  • To get familiar with interfacingLCD Display to PIC Microcontroller.

  • To know how to display numbers and letters.

  • To know how to move numbers, letters, and words onLCD Display.

Learn By Practicing,Practical Work?

  • Interface and Connect LCD Display to PIC.

  • Display a Letter on LCD Display.

  • Write a C program to display Words and Sentences onLCD Display.

  • Write a C program to moveWords and Sentences onLCD Display.

What more will you Learn in this course?

  • How to program a PIC microcontroller using MPLAB IDE software.

  • How to connect an LCD with the PIC microcontroller.

  • How to write code that displays text on the LCD.


Enroll today and have instant access:

  • Easy-to-watch video lessons

  • Practical activities

  • Downloadable resources

  • Premium instructor support

  • Lifetime access to course updates

  • Access to our exclusive student community

100% Money-back Guarantee


If you take this course now, you can count on these three results in just a few hours!What are you waiting for?

Join us now in this journey, Click Enroll Now and learn something new today!


Taught by

Educational Engineering Team and Ashraf Said

Related Courses

Arduino y algunas aplicaciones
Universidad Nacional Autónoma de México via Coursera
Learn Hardware Programming with CircuitPython
Codecademy
Device-based Models with TensorFlow Lite
DeepLearning.AI via Coursera
Digital Signal Processing
École Polytechnique Fédérale de Lausanne via Coursera
Electronic Interfaces: Bridging the Physical and Digital Worlds
University of California, Berkeley via edX