filmov
tv
Introduction to Microcontrollers vs. Microprocessors: Key Differences and Uses
Показать описание
Introduction to Microcontroller and Microprocessor explained with the following timestamps:
0:00 – Introduction to Microcontroller and Microprocessor - AVR Microcontroller Lecture Series
0:43 – Block Diagram of Microprocessor
1:32 – Block Diagram of Microcontroller
2:12 – Basics of Microprocessor
2:57 – Basics of Microcontroller
4:27 – Comparison of Microprocessor and Microcontroller
8:01 – Criteria for choosing Microcontroller
Introduction to Microcontroller and Microprocessor explained with the following points:
0. Introduction to Microcontroller and Microprocessor
1. Block Diagram of Microprocessor
2. Block Diagram of Microcontroller
3. Basics of Microprocessor
4. Basics of Microcontroller
5. Comparison of Microcontroller and Microprocessor
6. Criteria for choosing Microcontroller
Chapter-wise detailed Syllabus of the AVR Microcontroller Course is as follows:
Introduction to Microcontroller and Microprocessor, Harvard and Von Neumann Architecture, RISC Features in AVR Controller and RISC and CISC comparison, Introduction to AVR Microcontroller, Pipelining in AVR Microcontroller.
RAM and ROM Architecture of ATmega32, Architecture of AVR Microcontroller, Pin Diagram of ATmega32 AVR Microcontroller, Status Register of ATmega32.
Data Formats and Directives in AVR, Arithmetic Instructions in AVR, Data Transfer Instructions in AVR, BRANCH and CALL Instructions in AVR, MACRO concept of AVR, Accessing EEPROM in AVR using Assembly Language, Addressing Modes of AVR, IO Port Programming of AVR, Stack and Subroutine in AVR.
Fuse Bits and Lock Bits of ATmega32, Programming Methods of AVR Microcontroller, Clock Sources of ATmega32 AVR.
AVR Programming using C Language, AVR Byte size IO Port Programming using C Language, AVR Time Delay, AVR Bit size IO Port Programming using C Language, AVR EEPROM Programming in C Language, AVR Code Conversion Programming using C Language.
Introduction to AVR Timer, Timer 0 Registers in ATmega32, Timer 0 Normal Mode Programming in AVR, Timer 0 CTC Mode Programming in AVR, Timer 0 as Counter Programming in AVR, Timer 1 Normal & CTC Mode Programming in AVR, Programming of Timer 1 Normal & CTC mode in AVR, Timer 2 Normal Mode Programming in AVR.
AVR Interrupt basics, AVR Timer 0 Overflow Interrupt, AVR Timer 2 Compare match Interrupt, AVR External Hardware Interrupt, AVR External Hardware Interrupt C Program.
LCD Interfacing with ATmega32, Keyboard Interfacing with ATmega32, LCD Interfacing and Programming with ATmega32, 4*4 Keyboard Interfacing Programming in AVR Microcontroller, Relay and Stepper Motor Basics in AVR Interfacing, Stepper Motor Interfacing with ATmega32 and C Program, DC Motor Basics, Fast PWM Mode for PWM wave generation in ATmega32, Phase Correct PWM mode for PWM wave generation, DC Motor Interfacing and Programming in AVR.
ADC - Analog to Digital Converter basics, Registers Associated with ADC in AVR, Temperature Sensor Basics, LM35 Temperature Sensor interfacing with AVR, C Program for reading and displaying LM35 Temperature sensor on LCD by AVR.
AVR Serial Communication, AVR Serial Communication Registers, AVR Serial Transmission Programming, AVR Serial Reception Programming, AVR Interrupt based serial Programming, SPI Protocol Basics, SPI Register and Programming in AVR, I2C (TWI) Registers and C Programming in AVR, DC 1307 RTC Interfacing and Programming using I2C Protocol in AVR.
Engineering Funda channel is all about Engineering and Technology. Here this video is a part of AVR Microcontroller.
#Microprocessor #AVR #Microcontroller @EngineeringFunda
0:00 – Introduction to Microcontroller and Microprocessor - AVR Microcontroller Lecture Series
0:43 – Block Diagram of Microprocessor
1:32 – Block Diagram of Microcontroller
2:12 – Basics of Microprocessor
2:57 – Basics of Microcontroller
4:27 – Comparison of Microprocessor and Microcontroller
8:01 – Criteria for choosing Microcontroller
Introduction to Microcontroller and Microprocessor explained with the following points:
0. Introduction to Microcontroller and Microprocessor
1. Block Diagram of Microprocessor
2. Block Diagram of Microcontroller
3. Basics of Microprocessor
4. Basics of Microcontroller
5. Comparison of Microcontroller and Microprocessor
6. Criteria for choosing Microcontroller
Chapter-wise detailed Syllabus of the AVR Microcontroller Course is as follows:
Introduction to Microcontroller and Microprocessor, Harvard and Von Neumann Architecture, RISC Features in AVR Controller and RISC and CISC comparison, Introduction to AVR Microcontroller, Pipelining in AVR Microcontroller.
RAM and ROM Architecture of ATmega32, Architecture of AVR Microcontroller, Pin Diagram of ATmega32 AVR Microcontroller, Status Register of ATmega32.
Data Formats and Directives in AVR, Arithmetic Instructions in AVR, Data Transfer Instructions in AVR, BRANCH and CALL Instructions in AVR, MACRO concept of AVR, Accessing EEPROM in AVR using Assembly Language, Addressing Modes of AVR, IO Port Programming of AVR, Stack and Subroutine in AVR.
Fuse Bits and Lock Bits of ATmega32, Programming Methods of AVR Microcontroller, Clock Sources of ATmega32 AVR.
AVR Programming using C Language, AVR Byte size IO Port Programming using C Language, AVR Time Delay, AVR Bit size IO Port Programming using C Language, AVR EEPROM Programming in C Language, AVR Code Conversion Programming using C Language.
Introduction to AVR Timer, Timer 0 Registers in ATmega32, Timer 0 Normal Mode Programming in AVR, Timer 0 CTC Mode Programming in AVR, Timer 0 as Counter Programming in AVR, Timer 1 Normal & CTC Mode Programming in AVR, Programming of Timer 1 Normal & CTC mode in AVR, Timer 2 Normal Mode Programming in AVR.
AVR Interrupt basics, AVR Timer 0 Overflow Interrupt, AVR Timer 2 Compare match Interrupt, AVR External Hardware Interrupt, AVR External Hardware Interrupt C Program.
LCD Interfacing with ATmega32, Keyboard Interfacing with ATmega32, LCD Interfacing and Programming with ATmega32, 4*4 Keyboard Interfacing Programming in AVR Microcontroller, Relay and Stepper Motor Basics in AVR Interfacing, Stepper Motor Interfacing with ATmega32 and C Program, DC Motor Basics, Fast PWM Mode for PWM wave generation in ATmega32, Phase Correct PWM mode for PWM wave generation, DC Motor Interfacing and Programming in AVR.
ADC - Analog to Digital Converter basics, Registers Associated with ADC in AVR, Temperature Sensor Basics, LM35 Temperature Sensor interfacing with AVR, C Program for reading and displaying LM35 Temperature sensor on LCD by AVR.
AVR Serial Communication, AVR Serial Communication Registers, AVR Serial Transmission Programming, AVR Serial Reception Programming, AVR Interrupt based serial Programming, SPI Protocol Basics, SPI Register and Programming in AVR, I2C (TWI) Registers and C Programming in AVR, DC 1307 RTC Interfacing and Programming using I2C Protocol in AVR.
Engineering Funda channel is all about Engineering and Technology. Here this video is a part of AVR Microcontroller.
#Microprocessor #AVR #Microcontroller @EngineeringFunda
Комментарии