Master PIC18F4550 Programming
This course is designed for engineers and enthusiasts who want to master the PIC18F4550 microcontroller. The course provides an in-depth understanding of PIC architecture, peripheral configuration, and advanced programming techniques, with practical applications in embedded systems design.
Course Title:
Mastering PIC18F4550: Advanced Embedded Programming and Applications
Course Overview:
This course provides a comprehensive guide to programming and interfacing the PIC18F4550 microcontroller. Participants will learn how to configure its modules, interface external peripherals, and design complete embedded systems. Each module includes hands-on exercises using Proteus simulations and real hardware setups for a practical learning experience.
Target Audience:
- Beginners in embedded systems who have basic knowledge of electronics and C programming.
- Engineers and students looking to expand their expertise with PIC microcontrollers.
- Developers interested in building practical embedded systems using the PIC18F4550.
Prerequisites:
- Basic knowledge of C programming and digital electronics.
- Familiarity with microcontroller fundamentals (optional but helpful).
- Basic understanding of Proteus simulation software.
Course Duration:
10 weeks (3 hours/week)
Self-paced option available with a total of 30 hours of content.
Module 1: Introduction to PIC Microcontrollers
- Overview of PIC microcontroller families.
- Key features and applications of the PIC18F4550.
- PIC18F4550 architecture and memory organization.
- Introduction to MPLAB X IDE and XC8 compiler.
- Setting up and simulating circuits in Proteus.
Module 2: PIC18F4550 Basics and Peripheral Programming
- GPIO Programming: Input/Output configurations, LED blinking, and button interfacing.
- Timers and Counters: Configuring timers for delays and event counting.
- Interrupts: Handling external and internal interrupts.
- PWM: Generating PWM signals for motor control and other applications.
- Analog-to-Digital Conversion (ADC): Interfacing sensors with ADC.
Module 3: Communication Protocols in PIC18F4550
- USART: Serial communication with PCs and peripherals.
- I2C: Master-slave communication and interfacing EEPROM.
- SPI: High-speed communication with external devices.
- USB: Understanding the PIC18F4550 USB module and creating HID devices.
Module 4: Advanced PIC18F4550 Programming
- Timers for Real-Time Applications: Capturing and comparing signals.
- EEPROM Programming: Reading and writing data to internal EEPROM.
- RTOS Implementation: Basics of real-time operating systems in PIC.
- Low-Power Modes: Optimizing power consumption for battery-powered applications.
Module 5: Peripheral Interfacing with PIC18F4550
- LCD Display: Interfacing and programming alphanumeric LCDs.
- Seven-Segment Display: Configuring and driving single/multi-digit displays.
- Keypad: Implementing user input through matrix keypads.
- DC Motors and Servo Motors: Controlling motors using PWM.
- Temperature Sensors: Interfacing analog and digital sensors (e.g., LM35, DHT11).
Module 6: Real-World Applications
- Data Logger: Storing sensor data on EEPROM or SD cards.
- USB HID Device: Building a USB mouse or keyboard.
- Custom Communication Protocols: Implementing user-defined protocols for specialized hardware.
- IoT Applications: Connecting PIC18F4550 to Wi-Fi modules like ESP8266.
Module 7: Final Project and Assessment
- Capstone project: Design and implement a complete system using PIC18F4550.
Example projects:- Home automation system with keypad and LCD interface.
- USB-based device (e.g., USB game controller or data logger).
- Weather monitoring station with data logging and display.
- Project presentation and debugging sessions.
- Final written and practical exams.
Course Features:
- Hands-on exercises for every module with Proteus simulation and real hardware testing.
- Complete code examples for all lessons.
- Guided project development for building confidence in system design.
- Access to support forums for queries and troubleshooting.
- Downloadable resources: Schematics, simulation files, and reference materials.
- Certificate of Completion upon successful project submission.
Learning Outcomes:
By the end of the course, participants will:
- Have a strong understanding of PIC18F4550 architecture and peripheral programming.
- Be capable of designing and implementing advanced embedded systems.
- Understand how to optimize code and manage resources efficiently.
- Gain confidence in debugging and troubleshooting embedded systems.
- Build and test real-world applications using Proteus simulations and physical hardware.
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Requirements
- Required Software : MPLAB X IDE (The official IDE for PIC microcontrollers used for writing and compiling the code) Download link is available in Module 1
- Compiler: XC8 Compiler (The compiler for programming in C for PIC microcontrollers). It comes with MPLAB X installation or can be installed separately.
- Simulation: Proteus Design Suite (Optional but Recommended). For circuit simulation and testing before implementing on hardware. Allows beginners to verify their designs in a virtual environment.
Features
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Target audiences
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