4. SPI vs I2C Comparison

Aspect	SPI	I2C
Signal lines	SCK, MOSI, MISO, SS	SDA, SCL
Duplex mode	Full-duplex	Half-duplex-style exchange
Addressing	No built-in addressing	Built-in slave addressing
Typical speed	Generally faster	Generally slower
Wiring complexity	More wires, simple protocol	Fewer wires, richer bus protocol

No comments to display

1. Proteus Installation Tutorial

2. Proteus Simulation Tutorial

1. Introduction to AVR Assembly Language

2. ATmega328P Hardware & Memory Architecture

3. Input/Output (I/O) Programming

4. Assembly Integration with Arduino IDE

5. AVR Assembly Instruction Set

6. Status Register (SREG)

7. Delay Implementation Without Library

8. Complete Program Examples

Introduction to USART

USART Register Architecture of ATmega328p

Implementation and Assembly Code Examples

1. Memory in AVR Architecture

2. Addressing Modes

3. The Status Register

4. Advanced Arithmetic Operations

5. The Stack

6. Printing Bytes as Hexadecimal Values

7. 𝔗𝔥𝔢 ℭ𝔬𝔡𝔢

8. References

1. Introduction to AVR Timers

2. Operating Modes

3. Timer0

4. Timer1

5. Delay Using Timers

6. Der Code

1. Introduction to Interrupt

2. Interrupt Handler

3. External Interrupt Registers

4. Internal/Timer Interrupts

1. PWM (Pulse Width Modulation)

2. Servos

3. EEPROM

4. References

1. Analog vs Digital Signal

2. Analog to Digital Converter (ADC)

3. Why is ADC Needed in Embedded Systems?

4. ADC In ATmega328p

5. Important ADC Parameters In ATmega328p

6. Specific Registers for ADC In ATmega328p

7. ADC Conversion Flowchart

8. ADC Assembly Code Example

1. Serial Peripheral Interface (SPI)

2. Inter-Integrated Circuit (I2C)

3. DHT11 Sensor Interfacing

4. SPI vs I2C Comparison

4. SPI vs I2C Comparison