For the Shift Register shown below: a. (3 Pts) Construct the State Transition Diagram (X is...
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For the Shift Register shown below: a. (3 Pts) Construct the State Transition Diagram (X is the Input and Z is the output. Q₁ Q2, and Q₂ represent the next state for each latch). b. (2 Pts) Is this a Mealy or a Moore design? Explain. (Hint: You don't need to evaluate the whole circuit...rather just look at what each "next state" depends on, and what is required for the output.) Clock S R d Q₂ R D₁ = Q2Q3² D₂ = Qa D₂ = Q₂ + X 8 a₁₂ Q₂ Z R Q₂ A sequential circuit, using D flip-flops, has the following Next State Equations for the latches and the output (X is an Input and Z is the Output): Z = XQ₂ + XQ₂ a. (3 Pts) Derive a State Transition Diagram for the circuit. b. (2 Pt) Is this a Mealy or a Moore Machine? Explain. (Hint: You don't need to evaluate the equations in detail...rather just look at what each "next state" depends on, and what is required for the output.) For the Shift Register shown below: a. (3 Pts) Construct the State Transition Diagram (X is the Input and Z is the output. Q₁ Q2, and Q₂ represent the next state for each latch). b. (2 Pts) Is this a Mealy or a Moore design? Explain. (Hint: You don't need to evaluate the whole circuit...rather just look at what each "next state" depends on, and what is required for the output.) Clock S R d Q₂ R D₁ = Q2Q3² D₂ = Qa D₂ = Q₂ + X 8 a₁₂ Q₂ Z R Q₂ A sequential circuit, using D flip-flops, has the following Next State Equations for the latches and the output (X is an Input and Z is the Output): Z = XQ₂ + XQ₂ a. (3 Pts) Derive a State Transition Diagram for the circuit. b. (2 Pt) Is this a Mealy or a Moore Machine? Explain. (Hint: You don't need to evaluate the equations in detail...rather just look at what each "next state" depends on, and what is required for the output.)
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Related Book For
Entrepreneurial Finance
ISBN: 978-0538478151
4th edition
Authors: J . chris leach, Ronald w. melicher
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