Q3. Consider the circuit shown below: Q1 Jo 0 Ko clock (a) Create the state table...
1. Given the state diagram shown below for a two-state synchronous sequential Mealy circuit with input. and output z, realize the circuit using D flip-flops. Your answer must include the state transition,excita- tion, and output tables, the excitation equation(s), and a labeled circuit diagram 1/0 2. Given the state diagram in Problem 1, realize the circuit using JK flip-flops. Your answer must include the state transition, excitation, and output tables, the excitation equation(s), and a labeled circuit diagram. 3. Given...
Please work on Part E & F Given the State Table Below Q1 Q2 Q3 X-1 X-0 X-1 10111loloi 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, "xQ1" should be along the top and "0203" along the side (The two missing states should be considered "DONT CARES") Write...
NAND Problem 3 (30 points) Consider the circuit shown alongside. Notice that there is one A input x and one output. FULL ADDER XOR (a) [5 points] Determine the B Q Cout Clk flip-flop input equations and xin the output z in terms of the present states A, B and input variable x in other words 4-1 compute T, J, K and z. MUX (b) [10 points] Use the above 1 equations to derive the state- 01 table. Assume the...
Given the State Table Below 01 02 Q3 X-1 A. B. C. Draw a state Diagram (S points) Create the "design truth table" for the "next state" and the "output" (5 points) Make a Karnaugh for each "next state" and the "output" (10 points) When making the Karnaugh maps, "xQ1" should be along the top and "O203" along the side (The two missing states should be considered "DONT CARES") Write the "Next State" and Output equations from the Karnaugh maps...
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")...
Given the State Table Below ?" ?" X-1 AB C 0 0 0O01 0OI011 01 00 0IOI01 1 01 01OIO0 01 A. Draw a state Diagram. B. Create the "design truth table" for the "next state" and the "output" C. Make a Karnaugh for each "next state" and the "output" When making the Karnaugh maps, "xA" should be along the top and "BC" along the side (The two missing states should be considered "DONT CARES") D. Write the "Next State"...
Both synchronous and asynchronous FSMs require a clock. a. True b. False. 2. In general, a Mealy Machine will require more states than its equivalent Moore machine. a. True b. False. 3. An 8-state FSM will require more flip-flops to store its state vector than a 6-state FSM if they are implemented as one-hot machines. a. True b. False. 4. The excitation variables for a T-type FF are the easiest to work with because the T input is the same...
Q3) A sequential circuit with two D flip-flops A and B, two z is specified by the following next-state and output equations А(( + 1) — ху' + xB В(( + 1) %3 хА + xB' inputs, x and y; and one output z= A (a) Draw the logic diagram of the circuit (b) List the state table for the sequential circuit. (c) Draw the corresponding state diagram and indicate whether the circuit is Mealy or Мore Machinе.
(10%) Draw the State Table using the above table. Is this a Mealy or Moore Model design? (15%) Design a Sequential FSM machine for it, using at least 1 JK type flip flop. (5%) Draw the Circuit diagram. Consider the following state diagram, where states are so = 00, S1 = 01, S2 = 10 , S3 =11 1/1 Reset 1/0 1/0 0/0 C S3 1/01 0/0
Need help part B and C please. Thank you . CDA3201·Intro to Logic Desig Lab Assignment Name: Grade: 20 5) 120] At right is the state dingram for a Moore sequential 1 01.10 АО circuit which monitors two inputs XiXo. When the two inputs XiXo are 00, the output Z toggles at every clock When the two inputs XiXo are 11, the output Z toggles at every other clock. When the two inputs XiXo are different, the output Z holds...