A) Write a program in 8086microprocessors to find outthe addition of two 8-bitBCD numbers, wherenumbers are stored fromstarting memory address2000: 500 and store theresult into memory address2000: 600 and carry at2000: 601.B) Write an 8086 program tosort an array of 8 elementsin ascending orderC)Write an 8086 program tosort an array of 8 elementsin descending order.

A)To write a program in assembly for the 8086 microprocessor that adds two 8-bit BCD (Binary Coded…

Answered: A) Write a program in 8086…

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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Solve in 8086 microprocessor
Task 2: Draw pinouts of 8088 or 8086 microprocessor (µp). Also draw schematics of 8088/8086 µp buses with Latch(s) [IC: 74LS373] and Buffer(s) [IC: 74LS245]. Write purpose of using latch and buffer ICs with up buses.
A) Write an 8086 program to to find the average of five marks stored in DTI. Then store the result in memory locations starting with an offset of 1200H. B) Write an 8086 program to find the perimeter of five rectangles whose lengths are stored in DT1 and widths stored in DT2. Then store the results in memory locations starting with an offset of 1100H. C)Write an 8086 program to find the average of five numbers stored in ARR. Then store the result in memory locations starting with an offset of 1000H
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By using the information given in image below design a BCD Counter. You have to provide all the necessary information needed to design this circuit.
Below is an example of an NMOS logic circuit. For all of the MOSFETs in the circuit below, assume V = 1 V and k = 50 mA/V². th W R₂ = 5600 PEETHIPPIN R₁ - 4700 M3 M₁ M. 0 a. Indicate and verify the state of each MOSFET and V for the following input combinations. Fill-out the table below for each assumed state of the MOSFET for every input combination. Use R approximation for linear operation and three significant ds(on) figures for the voltages. 오 Ao SV why
1. For the Intel 8086 microprocessor interface diagram below chose the suitable ICs to be connected in the three blocks, write the selected IC Name in each block. Draw the generated read and write control signals +Vcc 8282 8-bit latch Dig DI₁2 0₂¹ Di DIA Dis D7 20 VCC 15 000 18001 1700₂ 1600₂ 15 DO 14 005 1300 Oly JE 12 007 GND 10 11 STB с 0 8282 YO Y1 A Y2 B 74LS138 Y3 JaGIWNI8 3-8 Decoder Y4 Y5 Y6 7 Y7 G2A G2B G1 99 CLK READY RESET 2222222 20 A2 A1 An 11 MN/MX 8086 CPU 10 GND 8286 8-bit transceiver A1g-A16 AD15-ADO & & E 19 11,1 H-17 8. 16 B, 15 ALE BHE 070- 00 8205 00- 3-8 DEC 040- DEN DT/R HOLD HLDA INTR INTA 00- 020- 010- O 0 MIO WR RD DIR STB 74LS245 8bit Bidirectional buffer X1 10 X2 DE 8284A Clock Generator GND ₁18 B₂ 17 B 16 15 14 By 12 11 IDD 2D 3D 4D SD 6D 7D 8D 74LS373 8bit latch CLK BHE Address Bus G OC Enable output control 10 20 30 40 50 Data Bus 60 70 30
Q34: Write an 8086 program to store the remainder of the division (Y-X/Z) to the memory location which has an offset address of 1414H. (Note: use X=73H and Z=0CH) Q35: Write an 8086-microprocessor program to find the sum of 25- byte numbers stored in memory locations starting at the offset address 3020H and store the result in memory location with offset address 3040H.
What are the values of the inputs a, b, c, d, e, f and g for a Seven-Segment LED that displays the number 2? Assume active high logic. a) 1101101 b) 1010101 c) 1101110 d) None of the above e) All of the above
so we were asked to implement a 3-bit BCD number on DE0’s board segment display for quartus... using 7447 but 7447 has 4 inputs? (see attached screenshot for problem) also not sure what the items in the second screenshot should be doing? like i can put inputs and outputs..but i don't know what they are? and its not discussed other than they can supply power?
Q2. (a) Figure 2 shows the pinout diagram (and their functional description) of the 2114 Static RAM memory IC. Using a neat sketch show how such IC may be interfaced with an M68000 microprocessor to realise a system that needs 1K x 16 bits of RAM. [Note: 2114 is a 4-bit memory IC. You will need multiple ICs to make up the 16-bit address bus of M68000 processor.] Ao-Ag Pin Names Address Inputs A6 1 A5 2 A4 AO 5 A16 A2 7 CS 8 GND 9 -23456782 18 Vcc WE Write Enable 17 A7 CS Chip Select 16 A8 1/0₁-1/04 Data Input/Output A3 4 15 A9 VCC Power (+5V) GND Ground 14 I/O 1 13 I/O 2 Truth Table 12 1/03 CS WE Comments 11 I/O 4 H X Chip Deselected L L Write 10 WE L H Read Figure 2 (b) Design an address decoder circuit to realise the following memory map (shown below in hexadecimal notation). The unused address range should generate an active low signal to be connected to the BERR* input of the M68000 microprocessor. Use the partial address decoding technique for your design. ROM1 00 0000 03 FFFF…
Q2. (a) Figure 2 shows the pinout diagram (and their functional description) of the 2114 Static RAM memory IC. Using a neat sketch show how such IC may be interfaced with an M68000 microprocessor to realise a system that needs 1K x 16 bits of RAM. [Note: 2114 is a 4-bit memory IC. You will need multiple ICs to make up the 16-bit address bus of M68000 processor.] Ao-Ag Pin Names Address Inputs A6 1 A5 2 A4 3 A3 4 AO 5 A1 6 A2 7 CS 8 GND 9 +23456700 18 Vcc WE Write Enable 17 A7 CS Chip Select 16 A8 1/01-1/04 Data Input/Output 15 A9 Vcc Power (+5V) GND Ground 14 I/O 1 13 I/O 2 Truth Table 12 1/03 CS WE Comments 11 1/04 Н Chip Deselected L L Write 10 WE L H Read Figure 2 (b) Design an address decoder circuit to realise the following memory map (shown below in hexadecimal notation). The unused address range should generate an active low signal to be connected to the BERR* input of the M68000 microprocessor. Use the partial address decoding technique for your design. ROM1 00 0000 03 FFFF…

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