Microcontroller Programming and Accelerometer Applications
Categories: Embedded Systems, Robotics
About Course
This course introduces students to microcontroller programming, motor control, and accelerometer applications. Through practical hands-on sessions, students will learn to build and program circuits using Embedded C, work with various motors, and explore different display devices. By the end of the course, students will have a comprehensive understanding of microcontroller interfacing and sensor integration.
What Will You Learn?
- • Understand microcontroller architecture and programming
- • Control motors and various components using microcontrollers
- • Integrate display devices and ADC modules with microcontroller circuits
- • Program accelerometers and understand their applications in robotics
Course Content
Subject 1: Introduction to Microcontroller
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What is a microcontroller?, Difference between microcontroller and microprocessor, Microcontroller architecture and interfacing, How to use a microcontroller in circuits
00:00
Subject 2: Introduction to Controlling Circuit
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Introduction to motor, Types of motors, Difference between DC motor and DC geared motor, Motor controlling IC (L293D)
00:00
Subject 3: Introduction to Programming Languages
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Programming languages- Assembly vs Embedded C, Microcontroller programming using Embedded C
00:00
Subject 4: Installation of Software and Debugging
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Writing your first Embedded C program in AVR Studio, Program compilation and debugging, Loading compiled C program into microcontroller using AVR BOOT Flasher v1.0 Beta
00:00
Subject 5: Assembling the DIY Kit of Board
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Assembling plays a major role in the mechanical section of robotics, including mounting of components and ensuring mechanical stability
00:00
Subject 6: Generating Different LED Patterns using Board
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Introduction to controlling LED patterns with microcontroller-based boards
00:00
Subject 7: Display Device
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Types of display devices, 2×16 characters LCD display, Pinout of LCD display, Interfacing LCD with Atmega328p
00:00
Subject 8: Generating Different LED Patterns Using Microcontroller
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Further exploration of LED pattern generation using microcontrollers
00:00
Subject 9: Introduction to ADC (Analog to Digital Converter)
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What is ADC, Use of ADC, How it works, Different modes and registers of ADC, Programming ADC
00:00
Subject 10: Introduction to Accelerometer
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What is an accelerometer?, Types of accelerometers, Difference between accelerometer and gyro sensor, Application of accelerometers
00:00
Subject 11: Programming of Accelerometer
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Practical programming and application of accelerometers in microcontroller-based systems
00:00
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