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Course on 8051 Architecture, Assembly and ‘C’ language Programming
Students are going to study :
Introduction to Microcontroller and Microprocessor
o Difference between Microprocessor and Microcontroller
o Harvard and Von Neumann Architecture
o RISC and CISC machines
o General Memory organization
o How do Microcontroller execute program?
Architecture of 8051
o Block diagram explanation
o Registers
o Internal memory organisation
o External Memory Interfacing
Assembly Language Programming
Course on 8051 Architecture, Assembly and ‘C’ language Programming
Students are going to study :
Introduction to Microcontroller and Microprocessor
o Difference between Microprocessor and Microcontroller
o Harvard and Von Neumann Architecture
o RISC and CISC machines
o General Memory organization
o How do Microcontroller execute program?
Architecture of 8051
o Block diagram explanation
o Registers
o Internal memory organisation
o External Memory Interfacing
Assembly Language Programming
o Addressing Modes
o Assembly Instructions
o Assembly Language programs
Ports Structure
Introduction to Keil software
Interfacing of LED to 8051 (Program in assembly and embedded C)
Interfacing of Push button switch (Program in assembly and embedded C)
Interfacing of LCD (Program in assembly and embedded C)
Interfacing of hex key pad (Program in assembly and embedded C)
Timers and counters of 8051
o Modes of timers
o Delay generation using timers
o Counting external events using counter
o Writing programs using timer/counter (Program in assembly and embedded C)
Interrupts of 8051
o Interrupt structure
o Timer delay generation using interrupt (Program in assembly and embedded C)
UART block
o Serial communication Modes
o Serial data transmission (Program in assembly and embedded C)
o Serial Data Reception (Program in assembly and embedded C)
o Serial data Transmission/Reception using interrupt (Program in assembly and embedded C)
Sensors and Actuators Interfacing (Program in assembly and embedded C)
o Temperature sensor interfacing
o PIR sensor Interfacing
o DC motor interfacing
o Stepper Motor Interfacing
o Servo Motor interfacing
Project 1 (Hardware and Program in embedded C)
Project 2(Hardware and Program in embedded C)
After the Lecture Students will be able to understand
Concept of Microprocessor and Microcontroller
Difference between Microprocessor and Microcontroller
Difference between Harvard and Von-Neumann Architecture
Difference between CISC and RISC Machines
After this lecture students will be able to understand
Architecture of 8051 microcontroller
Registers of 8051 Microcontroller
Features of 8051 Microcontroller
Different versions and Manufacturers of 8051 Microcontroller
In this lecture students will study format of PSW register and function of its each bit.
After this lecture students will understand internal RAM memory organization of 8051.
After this lecture students will be able to write and debug assembly language program using Keil software.
After this lecture students will be able to
Write assembly language program to count number of 1's in any 8 bit number
Write assembly language program to check parity of data
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