8051 Architecture, Assembly and 'C' Programming

🌟 Course on 8051 Architecture, Assembly and ‘C’ language Programming 🌟

Overview:

Embark on a journey to master the world of embedded systems with our comprehensive course on the 8051 microcontroller. This course is designed for students who aspire to develop real-time applications using embedded systems. By completing this course, you will have a strong understanding of microcontrollers, their architecture, and how to program them in Assembly and 'C' language.

What You Will Learn:

Introduction to Microcontroller and Microprocessor:

• Difference between Microprocessor and Microcontroller 📐
• Understanding Harvard and Von Neumann Architecture 🏗️
• Exploring RISC and CISC machines 🤖
• General Memory organization 🗂️
• How do Microcontroller execute a program? 🚀

Architecture of 8051:

• Detailed Block diagram explanation 🖼️
• A comprehensive look at Registers 📊
• Internal memory organisation 🧠
• External Memory Interfacing 🔄

Assembly Language Programming:

• Master Addressing Modes 🏡
• Get familiar with Assembly Instructions 🗝️
• Write and understand Assembly Language programs ✍️

Working with Ports:

• LED interfacing (Program in assembly and embedded C) 💡
• Push button switch interfacing (Program in assembly and embedded C) 🖥️
• LCD interfacing (Program in assembly and embedded C) 🖱️
• Hex keypad interfacing (Program in assembly and embedded C) ⌫

Timers and Counters:

• Modes of timers ⏳
• Delay generation using timers 🕒
• Counting external events using counter 🏃‍♂️
• Programming using timer/counter (Program in assembly and embedded C) 📋

Interrupts:

• Interrupt structure 🚦
• Timer delay generation using interrupt (Program in assembly and embedded C) ⏱️

UART Block:

• Serial communication Modes 🤳
• Serial data transmission and reception (Program in assembly and embedded C) 📡
• Serial data Transmission/Reception using interrupt (Program in assembly and embedded C) 🔁

Sensors and Actuators Interfacing:

• Temperature sensor interfacing 🔥
• PIR sensor Interfacing 👀
• DC motor interfacing ⚡
• Stepper Motor Interfacing ⚙️
• Servo Motor interfacing 🔧

Practical Projects:

• Work on real-world projects with both hardware and software components. (Program in embedded C)
• Gain hands-on experience by implementing your own embedded systems.

Course Highlights:

• Kezium Keil Software: Introduction to the powerful tool for 8051 microcontroller development.
• Real-time Application Development: Apply your knowledge in practical scenarios, from simple LED blinking to complex sensor data handling.
• Comprehensive Interfacing: Learn to interface with various sensors and actuators to understand real-world applications.
• Timing and Interrupts: Master the timing aspects of microcontroller operation, including timer modes and interrupt handling for efficient program execution.
• Serial Communication: Understand serial communication protocols and how to implement them in your programs.
• Hands-on Projects: Engage with practical projects that will challenge you to apply what you've learned in real-life situations.

By the end of this course, you will be well-equipped to design, develop, and deploy embedded systems using the 8051 microcontroller for a wide range of applications. Get ready to join the world of IoT, robotics, and more with confidence! 🤖💻🚀