CS302 - Digital Logic Design Solution GDB 2022

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 This is CS302 GDB No 1 Solution 2022 l CS302 Solution GDB 2022 l CS302 GDB Solution 2022. We are sharing with you here Virtual University GDB Solutions l CS302 – Digital Logic Design GDB Solution 2022. The last date of GDB Submission is 25-Februrary-2022. 


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Scenerio:
Suppose an XYZ team is assigned to design a switch circuitry for an Elevator installed in their office. We had shared a template (Raise For Success) for the stated Elevator Control Panel.
You as a team lead, assigned a task to choose the use of Programmable Array Logic (PAL) and Programmable Logic Array (PLA), (Raise For Success) which can be used to design the stated circuit panel with minimum resources and available knowledge while considering the following constraints:

  • Flexibility
  • Switching Speed
  • No. of Switch Case (Functions) can be implemented.

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Answer:

Suppose you had reduced a 32 – Variable Boolean Expression using (Raise For Success) Quine – McCluskey Algorithm to a 12 – Variable Expression. For the generated simplified expression, you are required to implement it into a digital circuit. You can only use (PAL) Programmable (Raise For Success) Array Logic or (PLA) Programmable Logic Array devices.

Assume that we had selected a (PAL) Programmable Array Logic (Raise For Success) and a (PLA) Programmable Logic Array for you to choose between. Using TICPAL22V10-25C (PAL) Programmable (Subscribe our YouTube Channel V-Expert Services) Array Logic. Using PLUS173-10 (PLA) Programmable Logic Array. Your selections among stated PAL and PLA must consider the following constraints:
  • Complexity
  • Flexibility
  • Speed
  • Functionality
  • Cost

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