Embedded Systems using 8051 Microcontroller

Name: Embedded Systems using 8051 Microcontroller
Rating: 4.3 (35 reviews)

Learn how to program 8051 Microcontroller using Embedded C and build Embedded Systems!

Created bySujithkumar MA

Last updated 1/2022

English

What you'll learn

Practical Exposure to Embedded Systems
Knowing how to program in Embedded C
Understanding the architecture of 8051 Microcontroller
Building Embedded Systems Projects

Course content

5 sections • 43 lectures • 5h 21m total length

1. What is Embedded C5:54
2. Differences between C and Embedded C3:34
Explore how embedded C differs from standard C by highlighting hardware dependence and microcontroller architecture, and learn to program the 8051 using embedded C with simulation on a development board.
3.Microprocessor vs Microcontroller7:56
Identify microprocessor as the CPU that performs arithmetic and logical operations on binary data. Contrast microcontroller as microprocessor plus RAM, ROM, I/O, and timers integrated on a single chip.
4. Variants of Microcontroller and Criteria in choosing them9:28

Architecture of 805114:37
Importance of External Memory2:44
Working with Hexadecimal Notation11:07
Register banks in 80518:45
Explore the 8051 data memory architecture: 128 bytes of memory, four register banks of eight 8-bit registers, and the role of special function registers.
Bit Addressability and Special Function Registers7:17
Explore the 8051 memory map, including RAM, banks, and 128 bytes of special function registers, and learn bit-addressable access, along with the accumulator and data pointer.
10. Ports in 80519:01
Explore 8051 ports: four 8-bit, bidirectional, bit-addressable I/O ports, usable as bytes or bits, with port 0 address/data multiplexing for external sensors and actuators.

Hardware Description of the development board5:59
Blinking of LEDs in C14:38
Hardware Demo - Blinking of LEDs in C0:40
16. Toggling the Ports using C2:47
Hardware Demo - Toggling the Ports0:32
The concept of Shifting10:50
Hardware Demo - Shifting0:51
How to interface a seven segment display with 805114:37
Interface a seven segment display with the 8051 using common anode or cathode configurations, multiplexed data lines, and segment selection to light digits.
Code to interface a seven segment display7:37
Learn to drive a seven-segment display with an 8051 by using a digit code array, port 1 data, a bit-addressable control line on port b, and a 0-9 delay cycle.
Hardware Demo - Working with Seven Segment displays3:37
Algorithm to show different numbers on different segments6:26
Learn how to drive multiple seven-segment displays from a single common data bus using time-multiplexing, enabling and disabling segments to show different digits.
Hardware Demo - Interfacing multiple seven segment displays1:31
How to interface a 4x4 Matrix Keypad with 80515:40
Algorithm to interface a 4x4 Matrix Keypad with 80513:25
Learn how to interface a 4x4 matrix keypad with the 8051 by scanning columns and rows, driving columns low to enable a key press and detecting signals.
Embedded C code to interface a 4x4 Matrix Keypad with 80515:06
Explore embedded c to interface a 4x4 keypad with 8051, scan columns, use a lookup table to map keys, and display pressed values on a seven-segment display.
Hardware Demo - Interfacing keypad with 80512:27
Introduction to Timers and Counters9:29
Essentials to Program Timers - 30 min30:29
Algorithm to program Timers in Mode 1 with Delay Calculation Formula13:35
Embedded C code to produce 1 second delay using Timers8:54
Learn how to generate a one second delay on 8051 by applying timer 0 with a 50 millisecond overflow, counting twenty delays, and toggling a port to blink an LED.
Simulation of Timers in mode 2 using Embedded C8:30
The concept of Interrupts and ISR21:28
Embedded C code to implement hardware interrupts4:52
Hardware Interrupts Demo2:34
Implementing Timer Interrupts in Embedded C6:38
Hardware Demo - Implementing Timer Interrupts in Embedded C0:48
Project 1 - Stopclock8:15
Embedded C code for Stopclock12:48
Hardware Implementation of the Project2:17
demonstrates hardware implementation of a stopwatch using the 8051 microcontroller, wiring port 0 and port 2 to a multiplexed seven-segment display, with start, stop, reset switches and 100 ms delay.

Requirements

A very basic knowledge in C Programming is preferred

Description

By learning this course,

You'll be able to

1. Understand the differences between C and Embedded C

2. Know how to program in Embedded C

3. Understand the internal architecture, on chip and off chip peripherals of 8051 microcontroller.

4. Understanding the usage of Keil IDE to program 8051.

5. Understanding the hardware components in 8051 development kit.

6. Build Embedded Systems Projects.

This course is completely practical oriented. We will be working with an hardware kit called 8051 development kit. Perhaps it's not necessary to buy the hardware if you don't wish to. Since, the results of each code can be verified in the simulation tool itself. But, working with hardware and getting the practical knowledge enhances the learning.

An embedded system is a microprocessor-based computer hardware system with software that is designed to perform a dedicated function, either as an independent system or as a part of a large system. At the core is an integrated circuit designed to carry out computation for real-time operations.

Hardware + Software = Embedded System!

We will be understanding both the things in this course. At the end of this course, the learner should be able to develop an embedded product using 8051 microcontroller for any application.

Who this course is for:

Beginner Electrical, Electronics and CS Aspirants

Embedded Systems using 8051 Microcontroller

What you'll learn

Explore related topics

Course content

Introduction4 lectures • 27min

Understanding the architecture of 80516 lectures • 54min

Getting started with Embedded C & Keil IDE3 lectures • 24min

Experiments - Interfacing On Chip and Off Chip Peripherals using Embedded C29 lectures • 3hr 37min

Bonus Lecture1 lecture • 1min

Requirements

Description

Who this course is for: