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Q.1) Assume that the control of a bottle filling system is performed with an 8051 microcontroller. • The start and stop of the conveyor is controlled by the P1.0 pin. • The bottles are moving on the conveyor and detected with a sensor. When they arrive at the filling place, they are detected with a logical "1" signal, otherwise they are detected with a "0" signal. • A valve connected to P1.1 turns on for 10 seconds to fill each bottle. • At every X bottles, the conveyor will stop for 8 minutes and then start again. The remaining time to restart in the waiting period is displayed in minutes on the 7-segment display. • Logic "1" is detected from P1.3 during the operation of the system. Logic '0' is detected from P1.3 at the end of the shift. • At the end of the shift, the number of the filled bottles will be determined and saved in a memory location as 2 bytes. Write the required program. (Crystal Frequency:12MHZ). NOTE: X number will be taken as the last 2 digits of 59

Q.1) Assume that the control of a bottle filling system is performed with an 8051 microcontroller. • The start and stop of the conveyor is controlled by the P1.0 pin. • The bottles are moving on the conveyor and detected with a sensor. When they arrive at the filling place, they are detected with a logical "1" signal, otherwise they are detected with a "0" signal. • A valve connected to P1.1 turns on for 10 seconds to fill each bottle. • At every X bottles, the conveyor will stop for 8 minutes and then start again. The remaining time to restart in the waiting period is displayed in minutes on the 7-segment display. • Logic "1" is detected from P1.3 during the operation of the system. Logic '0' is detected from P1.3 at the end of the shift. • At the end of the shift, the number of the filled bottles will be determined and saved in a memory location as 2 bytes. Write the required program. (Crystal Frequency:12MHZ). NOTE: X number will be taken as the last 2 digits of 59

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Q.1) Assume that the control of a bottle filling system is performed with an 8051 microcontroller. • The start and stop of the conveyor is controlled by the P1.0 pin. • The bottles are moving on the conveyor and detected with a sensor. When they arrive at the filling place, they are detected with a logical "1" signal, otherwise they are detected with a "0" signal. • A valve connected to P1.1 turns on for 10 seconds to fill each bottle. • At every X bottles, the conveyor will stop for 8 minutes and then start again. The remaining time to restart in the waiting period is displayed in minutes on the 7-segment display. • Logic "1" is detected from P1.3 during the operation of the system. Logic '0' is detected from P1.3 at the end of the shift. • At the end of the shift, the number of the filled bottles will be determined and saved in a memory location as 2 bytes. Write the required program. (Crystal Frequency:12MHZ). NOTE: X number will be taken as the last 2 digits of 59
Transcribed Image Text:Q.1) Assume that the control of a bottle filling system is performed with an 8051 microcontroller. • The start and stop of the conveyor is controlled by the P1.0 pin. • The bottles are moving on the conveyor and detected with a sensor. When they arrive at the filling place, they are detected with a logical "1" signal, otherwise they are detected with a "0" signal. • A valve connected to P1.1 turns on for 10 seconds to fill each bottle. • At every X bottles, the conveyor will stop for 8 minutes and then start again. The remaining time to restart in the waiting period is displayed in minutes on the 7-segment display. • Logic "1" is detected from P1.3 during the operation of the system. Logic '0' is detected from P1.3 at the end of the shift. • At the end of the shift, the number of the filled bottles will be determined and saved in a memory location as 2 bytes. Write the required program. (Crystal Frequency:12MHZ). NOTE: X number will be taken as the last 2 digits of 59
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