love Hardware & Architecture HW #7 - 100 Pts 2. (10 Pts) Derive an Un-simplified SOP Boolean expression for the Binary output DCBA f = DCBA DC BA+ DCBA + DCBA + DCBA 3. (10 Pts) Simplify the SOP Boolean expression for the Binary output using a Karnaugh Map CP AB SOP O QH0 0 14 1 Grouping 10 0 0 4. (20 Pts) Draw the logic circuit for the simplified Boolean expression for the Binary output. 5. (20 Pts) Implement the design using a 4 to 16 Decoder and logic gates, combining the "Yes" combinations into a single output and the "Maybe" combinations into another output 6. (20 Pts) Implement the design using a 1 to 16 Multiplexer. Only the "Yes" output needs to be represented by this implementation.

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can i get help with sop and grouping and drawing logic circuit. this homework and not quiz so don't reject it

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Hardware & Architecture HW #7 - 100 Pts
2. (10 Pts) Derive an Un-simplified SOP Boolean expression for the Binary output
DCBA
f = DCBA DC BA+
DCBA + DCBA + DCBA
3. (10 Pts) Simplify the SOP Boolean expression for the Binary output using a Karnaugh Map
CP
AB
SOP
O
QH0
0
14
1
Grouping
10
0
0
4. (20 Pts) Draw the logic circuit for the simplified Boolean expression for the Binary output.
5. (20 Pts) Implement the design using a 4 to 16 Decoder and logic gates, combining the "Yes"
combinations into a single output and the "Maybe" combinations into another output
6. (20 Pts) Implement the design using a 1 to 16 Multiplexer. Only the "Yes" output needs
to be represented by this implementation.
Transcribed Image Text:love Hardware & Architecture HW #7 - 100 Pts 2. (10 Pts) Derive an Un-simplified SOP Boolean expression for the Binary output DCBA f = DCBA DC BA+ DCBA + DCBA + DCBA 3. (10 Pts) Simplify the SOP Boolean expression for the Binary output using a Karnaugh Map CP AB SOP O QH0 0 14 1 Grouping 10 0 0 4. (20 Pts) Draw the logic circuit for the simplified Boolean expression for the Binary output. 5. (20 Pts) Implement the design using a 4 to 16 Decoder and logic gates, combining the "Yes" combinations into a single output and the "Maybe" combinations into another output 6. (20 Pts) Implement the design using a 1 to 16 Multiplexer. Only the "Yes" output needs to be represented by this implementation.
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