Question

Project: DC Motor Drive using 8086 ?p Design an 8086 microprocessor-based system to control a DC Motor, a temperature sensor triggers the operation of the DC Motor, the speed of the fan is related to temperature, as follows: Temperature Range Fan Speed - Direction 20 -- 25 Low - anticlockwise 25 -- 30 Medium - clockwise 30 -- 35 High - clockwise The temperature value displayed on the 7-segment display. The speed and direction of the DC Motor controlled via Pulse Width Modulation signal generated by 8255A. Deliverable: 1- Report describing your project, design, and coding. 2- Schematic design using Proteus simulation.

          Project:
DC Motor Drive using 8086 ?p
Design an 8086 microprocessor-based system to control a DC Motor, a temperature sensor
triggers the operation of the DC Motor, the speed of the fan is related to temperature, as follows:
Temperature Range	Fan Speed - Direction
20 -- 25	Low - anticlockwise
25 -- 30	Medium - clockwise
30 -- 35	High - clockwise
The temperature value displayed on the 7-segment display. The speed and direction of the DC
Motor controlled via Pulse Width Modulation signal generated by 8255A.
Deliverable:
1- Report describing your project, design, and coding.
2- Schematic design using Proteus simulation.

Show more…

Project:
DC Motor Drive using 8086 ?p
Design an 8086 microprocessor-based system to control a DC Motor, a temperature sensor
triggers the operation of the DC Motor, the speed of the fan is related to temperature, as follows:
Temperature Range Fan Speed - Direction
20 – 25 Low - anticlockwise
25 – 30 Medium - clockwise
30 – 35 High - clockwise
The temperature value displayed on the 7-segment display. The speed and direction of the DC
Motor controlled via Pulse Width Modulation signal generated by 8255A.
Deliverable:
1- Report describing your project, design, and coding.
2- Schematic design using Proteus simulation.

Added by Aurora T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sahil Kumar

Step 1

- A temperature sensor provides input, which determines the motor's speed and direction. - Temperature ranges dictate different motor speeds and directions: - 20°C to 25°C: Low speed, Anticlockwise - 25°C to 30°C: Medium speed, Clockwise - 30°C to 35°C: High Show more…

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Project: DC Motor Drive using 8086 microprocessor Design an 8086 microprocessor-based system to control a DC Motor. A temperature sensor triggers the operation of the DC Motor, and the speed of the fan is related to the temperature as follows: Temperature Range Fan Speed Direction 20 - 25 Low Anticlockwise 25 - 30 Medium Clockwise 30 - 35 High Clockwise The temperature value is displayed on the 7-segment display. The speed and direction of the DC Motor are controlled via a Pulse Width Modulation signal generated by the 82554. Deliverable: - Report describing your project, design, and coding. - Schematic design using Proteus simulation.

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