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Embedded Systems Tutorial

AVR Microcontroller

8051 Microcontroller

8085 Microprocessor

8086 Microprocessor

8255 Microprocessor

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Print Table of an Input Integer in 8085 Microprocessor

In this tutorial, we will learn how to print table of an input integer in 8085 Microprocessor? By Ayush Sharma Last updated : May 13, 2023

8085 program to print the table of input integer

Problem Statement

Write an assembly language program in 8085 to print the table of input integer.

Assumptions

Suppose the inputted number is at memory location 2050 and the table will be printed from starting location 3050.

Algorithm

  1. Load the value of input in accumulator from memory location 2050 and then copy it to another register say D. Also store 0A in register B.
  2. Store memory location 3050 in M using LXI instruction and take another register say C with its value 00.
  3. Now copy the content of D register to A and add the contents of A and C and store it in A then copy it to M.
  4. Increment value of M by 1.
  5. Copy content of A to C and decrements the content of B by 1 and if its value is 0 then halt otherwise again go to step number 3.

Program

ADDRESSMNEMONICSCOMMENTS
2000LDA 2050A<-[2050]
2003MOV D, AD<-[A]
2004MVI B 0AB<-0A
2006LXI H 3050H<-30 & L<-50
2009MVI C 00C<-00
200BMOV A, DA<-[D]
200CADD CA<-[A]+[C]
200DMOV M, AM<-[A]
200EINX HHL<-HL+1
200FMOV C, AC<-[A]
2010DCR BB<-[B]-1
2011JNZ 200BJump to address 200B if ZF=0
2014HLTTerminates the program

Explanation

  1. LDA 2050: load the contents from 2050 memory location to accumulator (register A).
  2. MOV D, A: move the contents of accumulator to register D.
  3. MVI B 0A: store 0A data into register B.
  4. LXI H 3050: store 30 in H register and 50 in L register; hence M will contain 3050 inside it.
  5. MVI C 00: store 00 data in register C.
  6. MOV A, D: move the contents of D register into A.
  7. ADD C: add the contents of A and C register and store in A.
  8. MOV M, A: move the contents of A register into M.
  9. INX H: increments content of M by 1.
  10. MOV C, A: move the contents of A register into C.
  11. DCR B: decrements the content of B register by 1.
  12. JNZ 200B: jump to address 200B if Carry flag is not zero.
  13. HLT: terminate the program.



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