Microcontroller HW Interfacing using AVR

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Mohamed Abdallah

4:41:18

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1. Intro to AVR interfacing

1. Intro to Interfacing.mp4

11:37

2. Reading Datasheet.mp4

07:28

3. GPIO.mp4

12:34

4. Using GPIO on AVR.mp4

17:39

5. Using Microchip Studio.mp4

08:54

6. Interrupts.mp4

22:31

7. Using Interrupts.mp4

05:18

2. Timers

1. Why to Use Timers.mp4

08:16

2. Understanding Timers.mp4

06:43

3. Timer Frequency.mp4

05:08

4. Timer Prescaler.mp4

07:10

5. Prescaler on AVR.mp4

03:09

6. Using Timer0 CTC Mode.mp4

07:12

7. Writing Code for Timer0.mp4

04:33

8. Writing Code for Timer0 - Part 2.mp4

01:28

9. Writing Code for Timer0 - Part 3.mp4

18:54

3. PWM

1. Intro to PWM.mp4

04:08

2. Duty Cycle and PWM on Atmega.mp4

07:53

3. Writing code for PWM.mp4

02:52

4. Writing code for PWM-continue.mp4

03:10

5. Testing PWM.mp4

08:08

4. Communication Protocols Intro

1. Intro to Communication.mp4

09:24

2. UART Protocol.mp4

04:46

3. UART on AVR.mp4

17:40

4. UART on AVR - Continue.mp4

01:20

5. I2C

1. Intro to I2C.mp4

06:50

2. I2C Frame Format and Bus Arbitration.mp4

06:13

3. I2C Communication Cases.mp4

05:39

4. I2C Bidirectional Read and Write.mp4

03:50

5. I2C Clock Stretching.mp4

01:39

6. I2C on AVR.mp4

14:18

6. SPI and ADC

1. SPI Protocol.mp4

04:16

2. SPI on AVR.mp4

04:20

3. What is ADC.mp4

08:15

4. ADC Successive Approximation.mp4

07:31

5. ADC on AVR.mp4

10:32

Description

Learning basic concepts about Microcontroller HW Interfacing using AVR

What You'll Learn?

Learn AVR general interfacing skills
Learn about HW Timers
Learn about generating PWM signal
Learn about HW Communication Protocols
Learn about I2C bus interfacing
Learn about SPI bus interfacing
Learn about ADC interfacing

Who is this for?

Embedded Systems students who want to know about HW interfacing using AVR

What You Need to Know?

Embedded C programming skills is needed

General microcontroller architecture knowledge is needed

More details

Description
Learning the internal peripherals of a micro-controller and how to use it to control different hardware devices.

Section 1 which includes Intro to AVR interfacing, HW Interfacing concept, GPIO, Using GPIO on AVR, Burn the code to controller, Polling vs. Interrupts, Interrupt Vector Table (IVT), GPIO interrupts, Nested interrupts. with the following videos:

Intro to Interfacing
Reading Datasheet
GPIO
Using GPIO on AVR
Using Microchip Studio
Interrupts
Using Interrupts

Section 2 which includes What is a timer, Timers in ATMega16L, Timer frequency, Using prescaler, Prescaler on ATMega16L, Working with TIMER0 (CTC Mode). with the following videos:

Why to Use Timers
Understanding Timers
Timer Frequency
Timer Prescaler
Prescaler on AVR
Using Timer0 CTC Mode
Writing Code for Timer0
Writing Code for Timer0 - Part 2
Writing Code for Timer0 - Part 3

Section 3 which includes What is a PWM, PWM duty cycle, PWM in ATMega16L, Fast PWM mode, Fast PWM (Non-inverted mode). with the following videos:

Intro to PWM
Duty Cycle and PWM on Atmega
Writing code for PWM
Writing code for PWM-continue
Testing PWM

Section 4 which includes What is communication, Bit rate Vs. Baud rate, Parallel Vs. Serial communication, Simplex, Half duplex and Full duplex, Synchronous Vs. Asynchronous serial communication, UART, What is UART, UART frame format, UART/USART on ATMega16L. with the following videos:

Intro to Communication
UART Protocol
UART on AVR
UART on AVR - Continue

Section 5 which includes What is I2C, I2C bus, I2C data validity, I2C frame format, I2C bus arbitration mechanism, I2C Communication cases, Master to Slave, Slave to Master, Bi-directional Read and Write, I2C on ATMega16L. with the following videos:

Intro to I2C
I2C Frame Format and Bus Arbitration
I2C Communication Cases
I2C Bidirectional Read and Write
I2C Clock Stretching
I2C on AVR

Section 6 which includes What is SPI, SPI connection, SPI on ATMega16L, What is ADC, ADC concepts, Sampling Vs. Quantization, Sampling rate, Resolution & Quantization error, ADC example: successive-approximation, ADC on ATMega16L. with the following videos:

SPI Protocol
SPI on AVR
What is ADC
ADC Successive Approximation
ADC on AVR
Who this course is for:
Embedded Systems students who want to know about HW interfacing using AVR

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Embedded Systems

Mohamed Abdallah

Instructor's Courses

Embedded Software Architect with 9+ years of experience mainly within the Automotive industry.Worked with many companies including OEM, tier 1, tier 2 suppliers and consultant companies.Published many courses including C, Embedded C, Embedded HW interfacing, OS fundamentals, AUTOSAR and many more. With online and offline teaching experience in all aforementioned fields.

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