8051 Microcontroller - Embedded C and Assembly Language from Udemy

What's inside

Learning objectives

You will be able to program 8051 microcontroller using assembly language and embedded c language
Embedded c programming
Assembly language programming
Understand the basic 8051 architecture and pin description
How to use keil software
Working of assembler and compiler
Coding and debugging of embedded c language in keil software
Use of assembly language and working of different assembly language instrutions
Relation between embedded c, assembly and machine code
Memory organisation in 8051
Registers in 8051
Addressing modes in 8051
Assembler directives in 8051
Working of assembly language instruction set in 8051
Coding and debugging of assembly language in keil software
Accurate delay generation using assembly language
Input-output ports in 8051 microcontroller
Timer in 8051 microcontroller
Serial communication in 8051 microcontroller
Interrupt in 8051 microcontroller
How to use proteus software
Interfacing with led
Interfacing with switch

Interfacing with lcd display
Interfacing with 7 segment display
Interfacing with dc motor
Interfacing with relay
How to burn the content of .hex file into flash memory of microcontroller
Project : speed control of dc motor and led dimming using pulse width modulation (pwm)
Project : wireless control of leds using smartphone
Bit masking in embedded c
Bit extracting in embedded c
Bit monitoring in embedded c
Keil ide
Proteus simulation software
Flash magic software
Number systems
Binary logics
Interview questions and answers
Buzzer working and it's interfacing with 8051
Unipolar stepper motor interfacing with 8051
Bipolar stepper motor interfacing with 8051
Analog to digital converter (adc) interfacing with 8051
Temperature sensor lm35 interfacing with 8051
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You will be able to program 8051 microcontroller using assembly language and embedded c language
Embedded c programming
Assembly language programming
Understand the basic 8051 architecture and pin description
How to use keil software
Working of assembler and compiler
Coding and debugging of embedded c language in keil software
Use of assembly language and working of different assembly language instrutions
Relation between embedded c, assembly and machine code
Memory organisation in 8051
Registers in 8051
Addressing modes in 8051
Assembler directives in 8051
Working of assembly language instruction set in 8051
Coding and debugging of assembly language in keil software
Accurate delay generation using assembly language
Input-output ports in 8051 microcontroller
Timer in 8051 microcontroller
Serial communication in 8051 microcontroller
Interrupt in 8051 microcontroller
How to use proteus software
Interfacing with led
Interfacing with switch
Interfacing with lcd display
Interfacing with 7 segment display
Interfacing with dc motor
Interfacing with relay
How to burn the content of .hex file into flash memory of microcontroller
Project : speed control of dc motor and led dimming using pulse width modulation (pwm)
Project : wireless control of leds using smartphone
Bit masking in embedded c
Bit extracting in embedded c
Bit monitoring in embedded c
Keil ide
Proteus simulation software
Flash magic software
Number systems
Binary logics
Interview questions and answers
Buzzer working and it's interfacing with 8051
Unipolar stepper motor interfacing with 8051
Bipolar stepper motor interfacing with 8051
Analog to digital converter (adc) interfacing with 8051
Temperature sensor lm35 interfacing with 8051
Show more
Show less

Syllabus

Introduction

Course description and motivation.

This video explains the basic difference between microcontroller and microprocessor.

Where to use microcontroller ?

where to use microprocessor ?

Intel MCS 8051 microcontroller features.

Explains building blocks of 8051 microcontroller ?

Explain the operations of CPU, RAM, ROM and peripherals etc.

Explains the use of each pin in 8051 microcontroller.

Minimum connection required in 8051 microcontroller to work.

Explains the relation between crystal and operating frequency

explains what is mean by machine cycles?

Explains the need of pull up register and pull down register

Explains the working of Port P1 with internal port structure.

How to configure ports as input or output pin

Number System:

Decimal Number System

Binary Number System

Hexadecimal Number System

Logic Low and High

Gate working

AND

Inverter

XOR

NAND

NOR

Procedure to install Keil software.

Proteus installation

Explains the working of C51 compiler

Learn about basic embedded c programming structure

Introduction to Keil software.

Explains the coding and debugging in Keil software

Led blinking code in embedded C language

Explanation: Why value is 113 for a 1-millisecond generation?

Answer:

Download the gif image file from this link. https://drive.google.com/open?...

In this, I have shown how you can see the " for loop " conversion into assembly language by C51 compiler of Keil software.

1 FOR LOOP iteration is made up of following instructions in assembly language

INC = 1 MC

CJNE = 2 MC

MOV = 1 MC

XRL = 1 MC

ORL =1 MC

JNZ = 2 MC

hence it takes 8 MC for the execution of 1 "for loop"

Note: 1MC = 1 machine cycle

for execution of 1 " for loop" iteration it takes approximately 8 machine cycles and you know that if my crystal oscillation frequency is 11.0592 MHz then 1mc = 1.085 us. so for execution of 1 iteration of for loop takes approximately 8 x 1.085 us = 8.68 us. therefor for 1 ms it will take (1ms / 8.68 us) = 115 iterations since outer "for loop" also takes some machine cycles to execute I took the approximate value as 113 iterations.

This video will help you to find answers to the following questions.

1. What is program burning?

2. How to dump code in .hex file into microcontroller flash memory?

3. What is Bootloader?

4. What is ISP?

5. What is microcontroller burner or programmer?

6. What is flash magic?

8. Tools required for burning process?

7.Step by step process of burning the program into the 8051 microcontroller?

You will learn the similarity in assembly language and Embedded C language coding.

Explains the working of A51 assembler

You will learn mnemonics, opcode and operand

You will learn RAM and ROM memory organisation, register banks, bit addressable memory, scratch pad area, stack memory and stack pointer

You will learn different registers in 8051.

A, B, R0-R7, DPTR, PC, SP, PSW etc

Construct of Assembly language, significance of symbols '@', '#', ';' .

Addressing modes

• Immediate

• Registe

• Direct

• Register indirect

• Indexed

You will learn working of ACALL, LCALL, AJMP, LJMP, SJMP, RET and DJNZ.

You will also how to obtain details of any assembly language instruction using Keil Software

8051 Instruction set in detail.

For even more detail visit: http://www.keil.com/support/man/docs/is51/is51_acall.htm

or Keil software -> Help -> uvision help -> expand 8051 Instruction set

Learn Assembler directives:

•ORG

•END

•EQU

•DB

Explains the basic calculations need to do to generate exact delay

Explains how LCD work

Display "Embedded Lab" on LCD srceen

Program Timer 0 in mode1 to generate delay using embedded C language

Program Timer 0 in mode 1 to generate delay using assembly language

Explains the working of counter.

Count number of times switch pressed and display count number on LCD.

Explains the working of serial in mode1

Explains how to transmit and receive data using serial communication

Explains INT0 external interrupt in level triggered mode

Explains INT0 external interrupt in edge triggered mode

Explains working of the common cathode and common anode types of 7 segment display

Common cathode type of 7 segment is used

Working of Buzzer and it's interface with 8051

Video explains the use of PWM in motor speed control and LED dimmer

Video explains how you can control remote device using Bluetooth HC-05 Module, This project can be extended to projects like home automation, mobile controlled robot etc.

Send data wirelessly from mobile to microcontroller to turn on and off the LEDs.

you will learn interface of Bluetooth Module HC-05 with 8051 micro-controller, installation of a mobile app to control LED on-off.

Learn bit masking operations

Learn bit extraction operations

Learn bit monitoring operations

These questions and answers will help you to prepare for Internship and Job interview.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides hands-on experience with interfacing various components like LEDs, LCDs, motors, and sensors, which is crucial for practical embedded systems development

Covers both assembly language and embedded C programming, offering a comprehensive understanding of microcontroller programming at different levels of abstraction

Uses Keil IDE and Proteus simulation software, which are industry-standard tools for 8051 microcontroller development and simulation

Includes projects like DC motor speed control and wireless LED control, enabling learners to apply their knowledge to real-world applications

Focuses on the 8051 microcontroller, which, while older, provides a solid foundation for understanding more complex microcontroller architectures

Employs Flash Magic software, which may require learners to use older operating systems or virtual machines for compatibility, potentially posing a challenge

Reviews summary

Comprehensive 8051 microcontroller programming

According to learners, this course provides a solid foundation in 8051 microcontrollers using both Embedded C and Assembly Language. Many students highlight the clear explanations and the practical, hands-on approach with numerous demos and code examples as significant strengths. The inclusion of source code and simulation files is frequently mentioned as a very helpful resource. While some note that the course covers older technology (8051), many find it an excellent starting point for understanding embedded systems fundamentals before moving to more modern microcontrollers. The recent addition of bonus lectures on basic Embedded C seems to address previous feedback.

Instructions for Keil/Proteus helpful.

"The guidance on installing and using KEIL and PROTEUS was very useful."

"I had no trouble setting up the required software thanks to the instructions."

Includes both C and Assembly programming.

"Covering both Assembly and Embedded C for the same tasks is very insightful."

"I appreciate learning how to program in both languages for the 8051."

"The comparison between Assembly and C is well-explained."

Excellent introduction to embedded systems.

"Excellent basic course to learn 8051 microcontroller and embedded programming."

"This course provides a solid foundation for embedded systems development."

"It's a great starting point for understanding microcontrollers."

"After this course, I feel much more confident approaching other MCUs."

Provision of files is highly valued.

"Having the source code files for download is a huge plus."

"The simulation files and code snippets provided were invaluable for practice."

"It's very helpful that all the code and Proteus files are given."

"The course makes it easy to replicate the examples by providing the necessary files."

Practical examples and demos are abundant.

"Learning by doing is the best way for me, and this course provides plenty of that."

"Lots of practical examples and simulations make it easy to follow along."

"The course focuses on hands-on learning, which is great for beginners."

"I really liked the demonstrations and code examples provided for each topic."

Concepts are explained clearly and concisely.

"His explanations are so clear and straight to the point."

"The lecturer explains everything in simple terms, easy to understand."

"Very clear and detailed explanations about the topics."

"I appreciate the clarity and conciseness of the lessons."

"The explanations were easy to follow and grasp, even complex ideas."

8051 is older; modern relevance debated.

"While 8051 is old, the fundamental concepts are still relevant."

"The content is specific to the 8051, which isn't widely used in new designs."

"It's a good historical perspective but might not be the best first MCU for modern projects."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in 8051 Microcontroller - Embedded C and Assembly Language with these activities:

Review Number Systems and Binary Logic

Show steps

Solidify your understanding of number systems and binary logic. This will provide a strong foundation for understanding how the 8051 microcontroller operates at a low level.

Browse courses on Number Systems

Show steps

Review decimal, binary, and hexadecimal number systems.
Practice converting between different number systems.
Study the basic logic gates (AND, OR, NOT, XOR, NAND, NOR).

Create a Simple LED Blinking Program

Show steps

Solidify your understanding of basic I/O operations. This hands-on activity will help you get familiar with the development environment and the microcontroller's hardware.

Show steps

Set up the Keil IDE and create a new project.
Write the code to blink an LED connected to one of the microcontroller's pins.
Compile the code and simulate it in Proteus.
Burn the code to the microcontroller and test it on real hardware.

Read 'The 8051 Microcontroller and Embedded Systems' by Muhammad Ali Mazidi

Show steps

Gain a deeper understanding of the 8051 microcontroller architecture and programming. This book provides a comprehensive overview of the 8051 and its applications.

View The 8051 Microcontroller and Embedded Systems on Amazon

Show steps

Try the exercises at the end of each chapter.
Read the chapters related to the topics covered in the course.
Work through the examples provided in the book.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Practice Assembly Language Programming

Show steps

Reinforce your assembly language programming skills. This will help you understand the low-level operations of the 8051 microcontroller.

Show steps

Write assembly code for basic tasks like data transfer and arithmetic operations.
Debug your code using a simulator like Keil or Proteus.
Experiment with different addressing modes.

Create a Cheat Sheet of 8051 Assembly Instructions

Show steps

Improve your recall of assembly instructions. This will be a useful reference when working on projects.

Show steps

Categorize the assembly instructions by function (data transfer, arithmetic, logic, etc.).
Include a brief description of each instruction and its syntax.
Organize the cheat sheet for easy reference.

Explore 'Embedded Systems Architecture' by Tammy Noergaard

Show steps

Expand your understanding of embedded systems architecture. This book provides a broader context for the 8051 microcontroller and its role in embedded systems.

View Embedded Systems Architecture: A Comprehensive... on Amazon

Show steps

Read the chapters related to embedded system design principles.
Focus on the sections discussing microcontroller architectures and memory management.
Consider how the concepts apply to the 8051 microcontroller.

Develop a Temperature Monitoring System

Show steps

Apply your knowledge to a practical project. This project will integrate multiple concepts learned in the course, such as ADC, LCD interfacing, and serial communication.

Show steps

Interface a temperature sensor (LM35) with the 8051 microcontroller.
Read the temperature value using the ADC.
Display the temperature on an LCD screen.
Send the temperature data to a computer via serial communication.

Career center

Learners who complete 8051 Microcontroller - Embedded C and Assembly Language will develop knowledge and skills that may be useful to these careers:

Embedded Systems Engineer

An Embedded Systems Engineer designs, develops, and tests embedded systems, which are computer systems with a dedicated function within a larger mechanical or electrical system. This course emphasizing 8051 microcontroller programming using Embedded C and Assembly language directly applies to the tasks involved in programming and interfacing with hardware. The course covers essential topics such as I/O ports, timers, serial communication, and interrupts, which are fundamental concepts for any embedded systems project. Working through hands-on examples, especially the projects involving DC motor speed control and wireless LED control, helps build a strong foundation for designing and implementing real-world embedded solutions. The course may also be useful to those looking to learn the intricacies of hardware-software interaction within embedded environments.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

A Firmware Engineer is responsible for developing the low-level software that controls hardware devices. The coursework focused on 8051 microcontroller programming with both Embedded C and Assembly language is highly relevant. This course explores programming I/O ports, timers, counters, and serial communication, and understanding these elements is essential for writing efficient and reliable firmware. The practical projects, such as controlling a DC motor with PWM and wireless LED control, provide concrete examples of how to implement firmware solutions for common embedded applications. The course further gives insights into debugging and flashing, which are crucial for firmware deployment. A Firmware Engineer may find additional benefit from the course's coverage of interfacing various components, such as LEDs, LCDs, and sensors.

See salaries and explore the career path for Firmware Engineer

Robotics Engineer

A Robotics Engineer designs, builds, and programs robots and automated systems. The focus of this course on 8051 microcontroller programming in Embedded C and Assembly language can be valuable for controlling robot hardware. A robotics engineer must deeply understand microcontroller architecture, interfacing sensors and actuators. Throughout the course, learners gain practical experience with I/O ports, timers, serial communication, and interrupts, which are fundamental to robot control systems. The project on DC motor speed control using PWM directly applies to robot motor control, and the wireless LED control project introduces communication protocols often used in robotics. This course can help to manage the intricacies of low-level robot programming, and potentially control advanced robotic systems.

See salaries and explore the career path for Robotics Engineer

Internet of Things Device Developer

An Internet of Things Device Developer creates and programs devices that connect to the internet and interact with the physical world. The knowledge of 8051 microcontroller programming with Embedded C and Assembly language learned in this course directly translates to the skills needed for IoT device development. A key aspect of IoT is interfacing sensors and actuators, and the course covers exactly how to do this with various components like LEDs, LCDs, temperature sensors, and Bluetooth modules. Understanding serial communication, timers, and interrupts is essential for efficient IoT device operation. The wireless LED control project provides hands-on experience with a simple IoT application, serving as a stepping stone to more complex IoT solutions. The course may be useful for those looking to specialize in the embedded programming aspects of IoT.

See salaries and explore the career path for Internet of Things Device Developer

Automation Engineer

An Automation Engineer designs and implements automated systems for various industries. The emphasis of this course on 8051 microcontroller programming using Embedded C and Assembly language is directly applicable to the programming and control of automated machinery. The course provides a solid understanding of microcontroller fundamentals, including I/O ports, timers, serial communication, and interrupts. Practical experience is gained through interfacing with components like LEDs, switches, and motors, which are all commonly used in automation systems. The motor speed control project using PWM is particularly relevant, as PWM is a widely used technique for controlling motors in automated equipment. The course can also help to learn the basics of creating automated systems.

See salaries and explore the career path for Automation Engineer

Hardware Engineer

A Hardware Engineer designs, develops, and tests computer hardware and related components. While this role is broad, the focus of this course on 8051 microcontroller programming with Embedded C provides a valuable understanding of how software interacts with hardware. The course focuses on the basics of microcontroller architecture, pin descriptions, and memory organization, which are all relevant to hardware design. A Hardware Engineer benefits from understanding how software is used to control and interface with the hardware they design. The interfacing projects, covering LEDs, LCDs, and sensors, provide practical insights into hardware-software integration. The theoretical knowledge of number systems will aid in understanding of how microcontrollers work. A hardware engineer may find this course useful in bridging the gap between hardware design and software implementation.

See salaries and explore the career path for Hardware Engineer

Control Systems Engineer

A Control Systems Engineer designs and implements systems that control the behavior of dynamic systems. The knowledge of 8051 microcontroller programming in Embedded C and Assembly language taught in this course is applicable to the implementation of control algorithms on embedded platforms. The course focus on timers, interrupts, and serial communication can be valuable for implementing real-time control loops. Interfacing with sensors and actuators, which is covered in the course through projects involving components like temperature sensors and DC motors, is crucial for control system applications. The course may also benefit anyone seeking to implement embedded control systems.

See salaries and explore the career path for Control Systems Engineer

Mechatronics Engineer

A Mechatronics Engineer integrates mechanical, electrical, and computer engineering principles to design and develop automated and electromechanical systems. This course, concentrating on 8051 microcontroller programming in Embedded C and Assembly language, plays a role in controlling the electronic components within mechatronic systems. The course helps to understand microcontroller architecture, interfacing with sensors and actuators, and implementing control algorithms. The hands-on projects, such as motor control using PWM and interfacing with various sensors, provide practical experience relevant to mechatronics applications. Anyone looking to design integrated electromechanical systems may find this course useful.

See salaries and explore the career path for Mechatronics Engineer

Electrical Engineer

An Electrical Engineer designs, develops, and tests electrical equipment and systems. Although the role is broad, this course, focusing on 8051 microcontroller programming with Embedded C and Assembly language, offers insight into the embedded systems that are often integrated into electrical devices. An Electrical Engineer may find some benefit in learning the basics of microcontroller interfacing, I/O control, and communication protocols. The hands-on projects involving LEDs, motors, and sensors provide practical context for how software interacts with electrical hardware. The course may be useful in gaining an understanding of embedded systems design.

See salaries and explore the career path for Electrical Engineer

Applications Engineer

An Applications Engineer works with customers to understand their needs and develop solutions using a company's products. This course, with its focus on 8051 microcontroller programming with Embedded C and Assembly language, may be useful for creating embedded solutions. The course emphasis on microcontroller interfacing, I/O control, and communication protocols can be valuable for tailoring applications to specific customer requirements. This may be useful in developing and implementing embedded applications.

See salaries and explore the career path for Applications Engineer

Test Engineer

A Test Engineer develops and executes test plans to ensure the quality and reliability of products. The focus of this course on 8051 microcontroller programming in Embedded C and Assembly language may be useful in testing embedded systems and devices. The course can aid to understand how software interacts with hardware, which is valuable for designing effective test cases. Familiarity with microcontroller architecture, I/O ports, and communication protocols, all covered in the course, helps create thorough tests. The course may be of use for Test Engineers working with embedded systems.

See salaries and explore the career path for Test Engineer

Technical Support Engineer

A Technical Support Engineer provides assistance to customers experiencing technical issues with products. This course, focusing on 8051 microcontroller programming with Embedded C and Assembly Language, may be useful for supporting embedded systems and devices. If the support involves diagnostics, the course aids in understanding microcontroller functionality, and debugging software. The knowledge of I/O ports and communication protocols, covered in the course, also enables more effective troubleshooting. A technical support engineer dealing with embedded systems may value this course.

See salaries and explore the career path for Technical Support Engineer

PCB Designer

A Printed Circuit Board Designer creates the physical layouts for electronic circuits. While this course focuses on the programming side of embedded systems, understanding microcontroller functionality, as taught through 8051 programming in Embedded C and Assembly language, can inform PCB design decisions. Knowledge of I/O port configurations, power requirements, and communication interfaces, covered in the course, aids in designing PCBs that properly support the microcontroller and its peripherals. The course may be useful by helping PCB designers better understand the requirements of embedded systems.

See salaries and explore the career path for PCB Designer

Product Manager

A Product Manager oversees the development and marketing of a product. This course, even though it focuses on 8051 microcontroller programming with Embedded C and Assembly language, may be useful for product managers working with embedded systems or IoT devices. The course can give insight into the capabilities and limitations of microcontrollers, which informs product planning and feature development. The knowledge of interfacing and control, will help in making better product decisions. It may be useful for a product manager to be familiar with the basics of embedded system design.

See salaries and explore the career path for Product Manager

Process Engineer

A Process Engineer optimizes industrial processes to improve efficiency and reduce costs. This course, while primarily focused on 8051 microcontroller programming in Embedded C and Assembly language, may be useful for Process Engineers working with automated systems controlled by microcontrollers. A process engineer may gain an understanding of microcontroller functionality, I/O control, and data acquisition. The practical projects, such as motor control and sensor interfacing, provide context for how microcontrollers are used in industrial automation. A process engineer who works with automated systems may find that this course helps achieve optimal performance from automated systems.

See salaries and explore the career path for Process Engineer

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in 8051 Microcontroller - Embedded C and Assembly Language.

The 8051 Microcontroller and Embedded Systems

Save

Comprehensive guide to the 8051 microcontroller. It covers both hardware and software aspects in detail. It is commonly used as a textbook in academic institutions and provides a deeper understanding of the 8051 architecture and programming techniques, complementing the course material.

The 8051 Microcontroller and Embedded Systems

Paperback

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The 8051 Microcontroller and Embedded Systems

Kindle Edition

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Embedded Systems Architecture

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Provides a broader perspective on embedded systems architecture. While not specific to the 8051, it offers valuable insights into the design and implementation of embedded systems in general. It is more valuable as additional reading to expand your knowledge beyond the specific microcontroller covered in the course.

Embedded Systems Architecture: A Comprehensive...

Paperback

$$$$

8051 Microcontroller - Embedded C and Assembly Language

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive 8051 microcontroller programming

Activities

Career center

Reading list

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