Download EE124 Microprocessor and its Application Lab

EE124 Microprocessor and its Application Lab
L-T-P-Cr: 0-0-3-1
Objectives:
2. Using microprocessor Kit and 8085/ 8086 simulation Program
3. Manually decoding assembly language program and hex file generation using Assembler
4. Assembler directives and Using MASM/ TASM and 8086/ 8051 simulation Program
5. Running/ testing assembled program on 8085/ 8086 Kit
List of Experiments (Based on 8085 through P Kit)
1. Addressing Modes for Memory and register data transfer
(i) Register addressing: Place a 8 bit data in register A and register B
(ii) Immediate mode: load 8 bit data in a register, or 16 bit data in register pair where 8bit data or 16 bit data
is next to the instruction
(iii) Direct addressing: load accumulator from memory directly
(iv) Indirect addressing: copy data from memory to register and register to memory.
2. Arithmetic Operations familiarization
(i) Addition of two 8 bit hexadecimal numbers
(ii) Addition of two 8 bit decimal numbers
(iii) Addition of two 8 bit number, where result may be of 9 bits
(iv) Subtraction of two 8 bit hexadecimal numbers
3. Find largest and smallest between two 8 bit numbers
Find largest and smallest number from a series of N numbers
4. Sort a series of 8 bit numbers in ascending/ descending order
EE124 Microprocessor and its Application Lab
L-T-P-Cr: 0-0-3-1
Objectives:
2. Using microprocessor Kit and 8085/ 8086 simulation Program
3. Manually decoding assembly language program and hex file generation using Assembler
4. Assembler directives and Using MASM/ TASM and 8086/ 8051 simulation Program
5. Running/ testing assembled program on 8085/ 8086 Kit
List of Experiments (Based on 8085 through P Kit)
1. Addressing Modes for Memory and register data transfer
(i) Register addressing: Place a 8 bit data in register A and register B
(ii) Immediate mode: load 8 bit data in a register, or 16 bit data in register pair where 8bit data or 16 bit data
is next to the instruction
(iii) Direct addressing: load accumulator from memory directly
(iv) Indirect addressing: copy data from memory to register and register to memory.
2. Arithmetic Operations familiarization
(i) Addition of two 8 bit hexadecimal numbers
(ii) Addition of two 8 bit decimal numbers
(iii) Addition of two 8 bit number, where result may be of 9 bits
(iv) Subtraction of two 8 bit hexadecimal numbers
3. Find largest and smallest between two 8 bit numbers
Find largest and smallest number from a series of N numbers
4. Sort a series of 8 bit numbers in ascending/ descending order