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Basics of Microprocessor and 8051 Microcontroller |
1.1 Microprocessor, microcomputers, and microcontrollers (basic introduction
and comparison) (Video link) 1.2 Types of buses, address bus, data bus and control bus 1.3 Harvard and Von-neuman
architecture; 8051 microcontroller: Architecture, Pin configuration, stack memory organization 1.4 Boolean processor , power saving options, ideal and power down mode 1.5 Derivatives of 8051 (8951 , 8952 , 8031, 8751) |
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8051 instruction set and
programming |
2.1 Addressing modes 2.2 Instruction set (Data transfer, Logical, Arithmatic, Branching,
Machine control, Stack
operation, Boolean) 2.3
Assembly language programming (ALP) 2.4 Software development cycle: editor, assembler, cross- 2.5 Assembler Directives: ORG, DB, EQU, END, CODE, DATA |
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8051 timers. Interrupts, serial
and parallel communication |
3.1 Timer/Counters :SFRs:TMOD,TCON,Timer/Counter Logic and modes, Simple programs on timer to generate time delay 3.2
Interrupts-SFRs:-1E,
IP , Simple programs on interrupts 3.3 Serial
communication - SFRs: SCON, SBUF, PCON, Modes of serial communication. Simple programs
on serial communication 3.4
I/O port structure an configuration
- PO , P1 , P2 ,P3 |
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8051 memory and I/O device
interfacing |
4.1 Memory
interfacing:-Program
and data memory 4.2 Interfacing:-LED, relays, keyboard,
LCD, seven segment display, Stepper motor. 4.3 Interfacing DAC-0808 with 8051 and itssimple programming 4.4 Interfacing ADC - 0808/09 with 8051 and its simple programming |
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Applications of 8051
microcontroller |
5.1 Square wave
generation using port pins of 8051 5.2 Square and triangular Waveform generation using DAC 5.3 Water level controller 5.4 Temperature controller
using ADC(0808/09). 5.5 Stepper motor control for clock wise, anticlock wise rotation 5.6 Traffic light controller |
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