Given the following State Diagram, write the equations for the
D-Flipflop A,
D-Flipflop B, and Output. Please enter the equations in the space
provided.
Homework Answers
Truth table for the given diagram:
For Melay machines, next state output is the input for the D-flipflop.
Input equation for the D-flipflop A, by solving directly or by K-map:
Similarly,
Input equation for the D-flipflop B, by solving directly or by K-map:
The output of the given diagram:
Therefore, the final result:
Add Answer to:
Given the following State Diagram, write the equations for the
D-Flipflop A,
D-Flipflop B, and Output....
Given the following State Input Equations and Output equation D-Flipflop A Input Equation: A'X' + BX'...
Given the following State Input Equations and Output equation D-Flipflop A Input Equation: A'X' + BX' + AB'X D-Flipflop B Input Equation: A' Output Equation: A' B + BX. Please Complete the State Transition Table by entering the bit values in the spaces provided. Present AB Next State & Out In X A+,B+,Y 1 0) 1 01 01 10 10 Points 2.0
Given that the state is defined as ABCD with no external inputs or outputs and the...
Given that the state is defined as ABCD with no external inputs or outputs and the following sequence of minterms (3, 8, 5, 6, 9, 0, 2, 13, 4, 14, 11, 7, 10, 1, 12, 15), write the equations for the D-Flipflop A, D-Flipflop B, D-Flipflop C, and D-Flipflop D. Please enter the equations in the space provided.
The state diagram for a sequential circuit in shown below. Input X, Y Output Z 000,D...
The state diagram for a sequential circuit in shown below. Input X, Y Output Z 000,D 10/0, 11/0 01/1,11/0 00/0,01/0 01/1,10/1 00/1, 10/0 00/1, 11/1 10/0, 11/1 a) b) c) (4 pts) Find the state table (1 pt) Make a state assignment (3 pts) Find an optimized circuit implementation using SR FFs, NAND gates, and inverters.
Q3. Figure 3 below shows the initial state diagram for a two input (X2, Xi), single output (Z) control system. Design a...
Q3. Figure 3 below shows the initial state diagram for a two input (X2, Xi), single output (Z) control system. Design a Moore asynchronous logic solution addressing the following steps A flow table a) [5 marks] b) A merged flow table (explaining why merging was used, and showing the re-numbered merged states) and the revised merged state diagram [8 marks] Assign state variables, and generate an excitation table, marking transitions from unstable to stable states, making statements regarding the presence...
QUESTION 2 Given the following circuit 02 Oa The next state equations are O The State...
QUESTION 2 Given the following circuit 02 Oa The next state equations are O The State Table for the above circuit is Present State Next State output 1 q2 10 10 0 0 101o 10 Click Save and Submit to save and submit. Click Save All Ansvers to save all ansuers. ПЛ Og The next state equations are: OB The State Table for the above circuit is Next State Present State output 10 10 1 01 2 10 10 3...
SEQUENCE is 101 In Lab Procedure 1. Draw the state diagram of the state machine below...
SEQUENCE is 101
In Lab Procedure
1. Draw the state diagram of the state machine below and show it
to the lab instructor.
2. Fill the state table.
3. Assign State numbers
4. Find simplified Expressions (State Equations) for the
flip-flops
5. Draw the circuit diagram using NAND GATES ONLY for the state
machine
STATE DIAGRAM::
STATE TABLE::
State Table Next State Qc Y DA DB Dc Present State QA Qв 0 0 0 0 0 0 0 0 0...
Please provide explanation FFD 1. Derive: a. Excitation equations. b. Next state equations. c. The state/output...
Please provide explanation
FFD 1. Derive: a. Excitation equations. b. Next state equations. c. The state/output table. d. The state diagram for the circuit. e. Draw the timing diagram of the circuit. 00 FF1 DO
For the convolutional coder circuit below compute the following: (a) Generator matrix (b) State diagram of the encoder (c) Trellis diagram of the encoder (d) Decode the received sequence 10 01 10 11...
For the convolutional coder circuit below compute the following: (a) Generator matrix (b) State diagram of the encoder (c) Trellis diagram of the encoder (d) Decode the received sequence 10 01 10 11 00 First coded bit Input data bits Output coded bits Second coded bit
For the convolutional coder circuit below compute the following: (a) Generator matrix (b) State diagram of the encoder (c) Trellis diagram of the encoder (d) Decode the received sequence 10 01 10 11 00...
Given the State Table Below 01* 02 03 1 203 X-1 0 000 01 0 0 0 1 0 0 A. Draw a state Diagram (5 points) B. Create the "design truth table" for the "next state" and the "output"...
Given the State Table Below 01* 02 03 1 203 X-1 0 000 01 0 0 0 1 0 0 A. Draw a state Diagram (5 points) B. Create the "design truth table" for the "next state" and the "output" (5 points) C. Make a Karnaugh for each "next state" and the "output" (10 points) When making the Karnaugh maps, "xO1" should be along the top and "0203'" along the side (The two missing states should be considered "DONT CARES")...
Sequential circuit with two JK flipflop and two inputs
How to design a sequencial circuit with two JK flipflop A&B and two inputs E &F. If E = 0, the circuit remains inthe same state regardless of the valueof F. When E=1 and F=1, thecircuit goes through the state transition from 00 to 01, to 10, to11, and back to 00, and repeats. When E=1 and F=0, the circuitgoesthrough the state transition fro 00 to 11, to 10, to 01, back to 00and repeats.(This problem is actually from Digital...
Given the following State Input Equations and Output equation D-Flipflop A Input Equation: A'X' + BX' + AB'X D-Flipflop B Input Equation: A' Output Equation: A' B + BX. Please Complete the State Transition Table by entering the bit values in the spaces provided. Present AB Next State & Out In X A+,B+,Y 1 0) 1 01 01 10 10 Points 2.0
The state diagram for a sequential circuit in shown below. Input X, Y Output Z 000,D 10/0, 11/0 01/1,11/0 00/0,01/0 01/1,10/1 00/1, 10/0 00/1, 11/1 10/0, 11/1 a) b) c) (4 pts) Find the state table (1 pt) Make a state assignment (3 pts) Find an optimized circuit implementation using SR FFs, NAND gates, and inverters.
Q3. Figure 3 below shows the initial state diagram for a two input (X2, Xi), single output (Z) control system. Design a Moore asynchronous logic solution addressing the following steps A flow table a) [5 marks] b) A merged flow table (explaining why merging was used, and showing the re-numbered merged states) and the revised merged state diagram [8 marks] Assign state variables, and generate an excitation table, marking transitions from unstable to stable states, making statements regarding the presence...
QUESTION 2 Given the following circuit 02 Oa The next state equations are O The State Table for the above circuit is Present State Next State output 1 q2 10 10 0 0 101o 10 Click Save and Submit to save and submit. Click Save All Ansvers to save all ansuers. ПЛ Og The next state equations are: OB The State Table for the above circuit is Next State Present State output 10 10 1 01 2 10 10 3...
SEQUENCE is 101
In Lab Procedure
1. Draw the state diagram of the state machine below and show it
to the lab instructor.
2. Fill the state table.
3. Assign State numbers
4. Find simplified Expressions (State Equations) for the
flip-flops
5. Draw the circuit diagram using NAND GATES ONLY for the state
machine
STATE DIAGRAM::
STATE TABLE::
State Table Next State Qc Y DA DB Dc Present State QA Qв 0 0 0 0 0 0 0 0 0...
Please provide explanation
FFD 1. Derive: a. Excitation equations. b. Next state equations. c. The state/output table. d. The state diagram for the circuit. e. Draw the timing diagram of the circuit. 00 FF1 DO
For the convolutional coder circuit below compute the following: (a) Generator matrix (b) State diagram of the encoder (c) Trellis diagram of the encoder (d) Decode the received sequence 10 01 10 11 00 First coded bit Input data bits Output coded bits Second coded bit
For the convolutional coder circuit below compute the following: (a) Generator matrix (b) State diagram of the encoder (c) Trellis diagram of the encoder (d) Decode the received sequence 10 01 10 11 00...
Given the State Table Below 01* 02 03 1 203 X-1 0 000 01 0 0 0 1 0 0 A. Draw a state Diagram (5 points) B. Create the "design truth table" for the "next state" and the "output" (5 points) C. Make a Karnaugh for each "next state" and the "output" (10 points) When making the Karnaugh maps, "xO1" should be along the top and "0203'" along the side (The two missing states should be considered "DONT CARES")...
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