1. For the sequential circuit shown in Figure 1, write the state equation, prepare the state table, and draw the state diagram. Inputs are X and Y, and the xD D A A' YD output is state A. CLK D Figure 1. A sequential circuit having a positive edge-triggered D flip-flop as its memory element.

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For the sequential circuit shown in Figure 1, write the state equation, prepare the state table, and draw the state diagram. Inputs are X and Y, and the output is state A. 

1. For the sequential circuit shown in
Figure 1, write the state equation, prepare
xD
D A
the state table, and draw the state
diagram. Inputs are X and Y, and the
output is state A.
CP
A'
YD
CLK D
Figure 1. A sequential circuit having a positive
edge-triggered D flip-flop as its memory element.
Transcribed Image Text:1. For the sequential circuit shown in Figure 1, write the state equation, prepare xD D A the state table, and draw the state diagram. Inputs are X and Y, and the output is state A. CP A' YD CLK D Figure 1. A sequential circuit having a positive edge-triggered D flip-flop as its memory element.
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