I am looking for help on drawing a block diagram and circuit for a report I am doing, it involves the below information, Are you able to help? Scenario: Subsystems combined with digital devices such as Light Emitting Diodes (LED), digital display units and switches can make a complete larger digital system that is useful and fit for purpose. Using the concept of subsystems, we can look at digital devices at a level of abstraction above their individual gates and circuitry and instead view them as being made up of constituent ‘blocks’ that each have their own separate function. As an electronic engineer who is working on the design, production, and implementation of Digital electronic circuits for the customers of an electronic company. You manager has now asked to enhance the designed digital circuits in your previous reports in an interconnected way to produce a useful system. Task question: My design icludes a inductive loop sensor that opens the gate as the cars drive up to it, 7 segment display unit that notifies the drivers at the entrance and the ramp up to the second floor how many spaces are available by counting down from 80 and each parking space will have a LED light above it that shows either RED for occupied or Green for available. Below is the actaully Task question: For this coursework you are asked to design a complete Car Park Space Counter and Display digital system. The number of parking spaces should be 80, spread equally across two floors. Produce and present a report to include the use of digital devices such as the frequency divider digital circuit as a counter, a full adder, an amplitude comparator, as well as switches, LEDs and digital display units as subsystems and any other digital subsystems needed to be integrated in a complete digital system to produce the required functionality of the complete system. Your digital system may include (but is not limited to) adders (half, full, n-bit), sub-tractors and counters. You need to emphasise how these can be used together to fit into a larger digital system.
I am looking for help on drawing a block diagram and circuit for a report I am doing, it involves the below information, Are you able to help?
Scenario:
Subsystems combined with digital devices such as Light Emitting Diodes (LED), digital display units and switches can make a complete larger digital system that is useful and fit for purpose. Using the concept of subsystems, we can look at digital devices at a level of abstraction above their individual gates and circuitry and instead view them as being made up of constituent ‘blocks’ that each have their own separate function.
As an electronic engineer who is working on the design, production, and implementation of
Task question: My design icludes a inductive loop sensor that opens the gate as the cars drive up to it, 7 segment display unit that notifies the drivers at the entrance and the ramp up to the second floor how many spaces are available by counting down from 80 and each parking space will have a LED light above it that shows either RED for occupied or Green for available. Below is the actaully Task question:
For this coursework you are asked to design a complete Car Park Space Counter and Display digital system. The number of parking spaces should be 80, spread equally across two floors.
Produce and present a report to include the use of digital devices such as the frequency divider digital circuit as a counter, a full adder, an amplitude comparator, as well as switches, LEDs and digital display units as subsystems and any other digital subsystems needed to be integrated in a complete digital system to produce the required functionality of the complete system.
Your digital system may include (but is not limited to) adders (half, full, n-bit), sub-tractors and counters. You need to emphasise how these can be used together to fit into a larger digital system.
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