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In this Laboratory you will learn how to use timers as counters in the auto-reload mode for real control applications. Laboratory Specification The MC8051 timers can be programmed as counters in mode 2 for automatic counter reload on every overflow. This laboratory implements the logic for a auto garage. To as a counter is driven by cars entering the garage through the public gate. In order to simplify the simulation debugging: we will assume 250 reserved spots, which are accessed through a private separate gate entrance. Also, we are not gone deal with exiting cars monitoring. Once six cars enter through the public gate, the counter achieves overflow. At that moment an alarm indicating garage is full is activated by flashing P1 using T1 mode 1 maximum delay. Laboratory Requirements • Configure TO as a counter in mode 2 with no gate and reload value of 250. Initialize T1 as timer in mode 1 with no gate and maximum delay. Set P1 as an output port. Design and implement the assembly logic for the stated process requirements.

In this Laboratory you will learn how to use timers as counters in the auto-reload mode for real control applications. Laboratory Specification The MC8051 timers can be programmed as counters in mode 2 for automatic counter reload on every overflow. This laboratory implements the logic for a auto garage. To as a counter is driven by cars entering the garage through the public gate. In order to simplify the simulation debugging: we will assume 250 reserved spots, which are accessed through a private separate gate entrance. Also, we are not gone deal with exiting cars monitoring. Once six cars enter through the public gate, the counter achieves overflow. At that moment an alarm indicating garage is full is activated by flashing P1 using T1 mode 1 maximum delay. Laboratory Requirements • Configure TO as a counter in mode 2 with no gate and reload value of 250. Initialize T1 as timer in mode 1 with no gate and maximum delay. Set P1 as an output port. Design and implement the assembly logic for the stated process requirements.

C++ Programming: From Problem Analysis to Program Design
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter8: Arrays And Strings
Section: Chapter Questions
Problem 24PE
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Hi, please solve this trying to follow this criteria. (use Keil)

Abstract describing the requirements and goals of the assignment.

List file with no errors or warnings.

Brief description of your implementation design and code.

Debugging screen shots for different scenarios with your reference and comments.

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In this Laboratory you will learn how to use timers as counters in the auto-reload mode for real control applications. Laboratory Specification The MC8051 timers can be programmed as counters in mode 2 for automatic counter reload on every overflow. This laboratory implements the logic for a auto garage. To as a counter is driven by cars entering the garage through the public gate. In order to simplify the simulation debugging: we will assume 250 reserved spots, which are accessed through a private separate gate entrance. Also, we are not gone deal with exiting cars monitoring. Once six cars enter through the public gate, the counter achieves overflow. At that moment an alarm indicating garage is full is activated by flashing P1 using T1 mode 1 maximum delay. Laboratory Requirements • Configure TO as a counter in mode 2 with no gate and reload value of 250. Initialize T1 as timer in mode 1 with no gate and maximum delay. Set P1 as an output port. Design and implement the assembly logic for the stated process requirements.
Transcribed Image Text:In this Laboratory you will learn how to use timers as counters in the auto-reload mode for real control applications. Laboratory Specification The MC8051 timers can be programmed as counters in mode 2 for automatic counter reload on every overflow. This laboratory implements the logic for a auto garage. To as a counter is driven by cars entering the garage through the public gate. In order to simplify the simulation debugging: we will assume 250 reserved spots, which are accessed through a private separate gate entrance. Also, we are not gone deal with exiting cars monitoring. Once six cars enter through the public gate, the counter achieves overflow. At that moment an alarm indicating garage is full is activated by flashing P1 using T1 mode 1 maximum delay. Laboratory Requirements • Configure TO as a counter in mode 2 with no gate and reload value of 250. Initialize T1 as timer in mode 1 with no gate and maximum delay. Set P1 as an output port. Design and implement the assembly logic for the stated process requirements.
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