- 3m
- 6m
Microcontroller Communication Protocols Bundle
About this course
More than 8 hours of Full HD Content | All In One Bundle to Master Communication Protocols in the Microcontroller World
What You Will Learn In This Bundle:
Creating a GUI to control Arduino and PIC Microcontroller
USB Interfacing for Different Microcontrollers
Arduino Communication with I2C Bus
Arduino Communication with SPI Bus
PIC Microcontroller Communication with I2C Bus
PIC Microcontroller Communication with SPI Bus
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Detailed Description of each topic
Arduino Communication with I2C Bus: A step by step guide to Master I2C Protocol and Start using it in your Arduino
I²C (pronounced I-squared-C)
Arduino Communication with I2C Bus: A step by step guide to Master I2C Protocol and Start using it in your projects
I²C Allows communication of data between I2C devices over two wires. which makes it easier for anyone to exchange information without too much wiring.
What You Will Learn in This Course:
What is I²C and how it works
How to implement I²C in your project
What is the difference between I²C and other communication methods
Why using I²C will make your life easier
The advantages and disadvantages of using I²C
How to code I²C the right way and how to talk to multiple devices easily
A practical example of I²C enabled DS1307 Data and Time IC and how to read data from it using I²C
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PIC Microcontroller Communication with I2C Bus: A step by step guide to Master I2C Protocol and Start using it
I²C (pronounced I-squared-C)
PIC Microcontroller Communication with I2C Bus: A step by step guide to Master I2C Protocol and Start using it in your projects
I²C Allows communication of data between I2C devices over two wires. which makes it easier for anyone to exchange information without too much wiring.
What You Will Learn in This Course:
What is I²C and how it works
How to implement I²C in your project
What is the difference between I²C and other communication methods
Why using I²C will make your life easier
The advantages and disadvantages of using I²C
How to code I²C the right way and how to talk to multiple devices easily
A practical example of I²C enabled DS1307 Data and Time IC and how to read data from it using I²C
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PIC Microcontroller Communication with SPI Bus
PIC Microcontroller Communication with SPI Bus: A step by step guide to Master SPI Protocol and Start using it in your projects
SPI Allows communication of data between SPI devices over four wires. which makes it easier for anyone to exchange information without too much wiring.
What You Will Learn in This Course:
What is SPI and how it works
How to implement SPI in your project
What is the difference between SPI and other communication methods
Why using SPI will make your life easier
The advantages and disadvantages of using SPI
How to code SPI the right way and how to talk to multiple devices easily
A practical example of SPI
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Arduino Communication with SPI Bus
Arduino Communication with SPI Bus: A step by step guide to Master SPI Protocol and Start using it in your projects
SPI Allows communication of data between SPI devices over four wires. which makes it easier for anyone to exchange information without too much wiring.
What You Will Learn in This Course:
What is SPI and how it works
How to implement SPI in your project
What is the difference between SPI and other communication methods
Why using SPI will make your life easier
The advantages and disadvantages of using SPI
How to code SPI the right way and how to talk to multiple devices easily
A practical example of SPI
What you'll learn
- What is I²C, SPI, RS232, and USB and how they work
- Advantages of each communication Protocol (I²C, SPI, RS232, and USB)
- Disadvantages of each communication Protocol (I²C, SPI, RS232, and USB)
- I²C, SPI, RS232, and USB Operation
- Main I²C, SPI, RS232, and USB Bus Library Functions
- Interface different devices with Arduino using I²C, SPI, RS232, and USB
- How to implement I²C, SPI, RS232, and USB in your project
- What is the difference between I²C, SPI, RS232, and USB
- Why using I²C, SPI, RS232, and USB will make your life easier
- How to code I²C, SPI, RS232, and USB the right way and how to talk to multiple devices easily
- A practical example of I²C, SPI, RS232, and USB
- Interface different devices with PIC Microcontroller using I²C, SPI, RS232, and USB
- Interface different devices with Arduino using I²C, SPI, RS232, and USB
- What is SPI
- Advantages of SPI
- Disadvantages of SPI
- SPI Operation
- Main SPI Bus Library Functions
- Interface different devices with Arduino using SPI
- How to implement SPI in your project
- What is the difference between SPI and I2C, and other communication methods
- How to code SPI the right way and how to talk to multiple devices easily
- A practical example of SPI
Who this course is for
- Anyone interested in talking to multiple devices easily via I²C, SPI, RS232, and USB the right way
- Anyone Interested in Interfacing Arduino and PIC Microcontroller with other ICs or devices via I²C, SPI, RS232, and USB
- Anyone Interested in Controlling different devices using I²C, SPI, RS232, and USB Protocols
- Arduino and PIC Microcontroller Lovers
Requirements
- A computer to run the software
- A basic knowledge in C Programming language
- No Material is required for this Course
- Proteus Professional Software: Explained inside the Course
- MikroC Software: Explained inside the Course
- Arduino Software
Curriculum
64 Lessons • 7h 56m estimated learning time- 4m
- 2. Things You Need to Know about I2C 11m
- 3. Advantages to I2C 7m
- 4. Disadvantages to I2C 4m
- 5. I2C Bus Operation 9m
- 6. Operation Explained in More Details 6m
- 1. I2C Pins in Arduino 3m
- 2. Arduino Wire Library I2C Functions 11m
- 3. Arduino to Arduino I2C Example Circuit Design 4m
- 4. Arduino to Arduino I2C Example Coding 20m
- 5. Arduino to DS1307 Time and Date Module Circuit Design 8m
- 1. I2C Library Routines 12m
- 2. Circuit Design for I2C Testing 7m
- 3. Coding Simple Example 10m
- 4. Reading Data from DS1307 Time and Date IC 17m
- 1. What is SPI 2m
- 2. SPI Working Principle 10m
- 1. SPI Library in MikroC Pro IDE 16m
- 2. Circuit Design 8m
- 3. Coding 10m
- 1. Arduino SPI Pins 4m
- 2. Arduino SPI Library 7m
- 3. Circuit Design Arduino to Arduino SPI Communication 13m
- 4. Coding Master 17m
- 5. Coding Slave 19m
- 1. Introduction to the USB World 5m
- 2. Advantages of USB Communication 4m
- 3. USB Pin-out Port Wiring 5m
- 4. USB Transfer speeds 3m
- 5. USB Device Classes 5m
- 6. Introduction to Descriptors 3m
- 7. Creating a descriptor file in MikroC 7m
- 8. Creating a descriptor file in MikroC - Practical 7m
- 9. USB Libraries HID Enable 5m
- 10. USB RAM 8m
- 11. USB Functions 6m
- 12. Circuit Design for First Example 11m
- 13. Installing the Virtual USB Port Feature to enable Simulation 2m
- 14. First Example Send and Receive Data 22m
- 15. Second Example Send Characters and Check the incoming Data 8m
- 16. Third Example Turn Leds On and Off via USB 8m
- 17. Forth Example Reading Input - Button Press 7m
- 18. Burning the Code to PIC using A Programmer 4m
- 19. MikroC and Ql2006 Right Configuration for the Code file 6m
- 20. DEVICE DRIVERS FOR USB interfacing with pic microcontroller 3m
- 21. Practical Circuit Assembly 9m
- 1. What is a GUI 3m
- 2. Microsoft Visual Studio 3m
- 3. Proteus Virtual USB Installation 2m
- 4. Different Communication Methods that Can be used 4m
- 5. What is Serial Communication and RS232 6m
- 6. How To Create Your First GUI Project Quick Intro 7m
- 7. How to Create RS232 Serial Interfacing Circuit Board 13m
- 8. Circuit Design for Two Leds Controlled by PIC Microcontroller 7m
- 9. Code Your Microcontroller to Send and Recieve Serial Data 11m
- 10. Create Your First GUI to Control Two Leds 7m
- 11. Control PIC Microcontroller using GUI 8m
- 1. Download and Install Proteus Software 11m
- 2. Download and Install MikroC Software 12m
- 3. Download and Install Arduino Software 10m
- 4. Download and Install Fritzing Software 6m
- 5. Download and Install Microsoft Visual Studio 11m
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- Systems students worldwide
Ashraf S.A Almadhoun
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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