A register cell A is to implement the following register transfers: AND: A +A AB OR: AAv B NOT: A A We assume that (1) Only one of AND, OR, and NOT is equal to 1; (2) For all of AND, OR, and NOT equal to 0, the content of A remains unchanged. Now design this register cell directly for D flip-flops using a sequential circuit design approach. A) Complete the following state table. Present State A Next State A(1) AND-0 AND-1 AND-1 OR-1OR=1 NOT-1 NOT-1 B-0 OR-0 B-0 B=1 B-1 B-0 B-1 NOT=0 Write down the equation for D. You do not need to optimize your B) equation here. Hint: you can directly derive the equation from the state table above without using a K-map. Please draw the circuit for the register cell. You can draw the circuit on a white paper using a ruler, and then, take a photo of it. Next, you can insert the photo here.

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ull T-Mobile
4:47 PM
A register cell A is to implement the following register transfers:
AND: A +A A B
OR: A+AVB
NOT: A A
We assume that (1) Only one of AND, OR, and NOT is equal to 1; (2) For all of AND,
OR, and NOT equal to 0, the content of A remains unchanged. Now design this register
cell directly for D flip-flops using a sequential circuit design approach.
A)
Complete the following state table.
Present State A
Next State A(t+1)
AND-0 AND-1 AND-1 OR-1 OR=1 NOT=1 NOT-1
OR-0
B-0
B=1
B-0
B-1
B-0
B-1
NOT=0
A Write down the equation for D. You do not need to optimize your
B)
equation here. Hint: you can directly derive the equation from
above without using a K-map.
state table
Please draw the circuit for the register cell. You can draw the circuit
C)
on a white paper using a ruler, and then, take a photo of it. Next, you can
insert the photo here.
AND
OR
NOT
D
C
Transcribed Image Text:ull T-Mobile 4:47 PM A register cell A is to implement the following register transfers: AND: A +A A B OR: A+AVB NOT: A A We assume that (1) Only one of AND, OR, and NOT is equal to 1; (2) For all of AND, OR, and NOT equal to 0, the content of A remains unchanged. Now design this register cell directly for D flip-flops using a sequential circuit design approach. A) Complete the following state table. Present State A Next State A(t+1) AND-0 AND-1 AND-1 OR-1 OR=1 NOT=1 NOT-1 OR-0 B-0 B=1 B-0 B-1 B-0 B-1 NOT=0 A Write down the equation for D. You do not need to optimize your B) equation here. Hint: you can directly derive the equation from above without using a K-map. state table Please draw the circuit for the register cell. You can draw the circuit C) on a white paper using a ruler, and then, take a photo of it. Next, you can insert the photo here. AND OR NOT D C
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