Show state diagram & Complete the timing trace
q* | z | |||
q | x =0 | x =1 | x=0 | x=1 |
A | B | C | 0 | 1 |
B | C | A | 0 | 0 |
C | A | B | 1 | 0 |
x 0 0 1 1 1 0 0 0 0 0 1 0
q A
z
Show state diagram & Complete the timing trace q* z q x =0 x =1 x=0...
1) For the following state table, show a state diagram and complete the timing trace as far as possible (try to continue even after input in no longer known). x=0 x=1 x=0 0 0 0 0 0 1) For the following state table, show a state diagram and complete the timing trace as far as possible (try to continue even after input in no longer known). x=0 x=1 x=0 0 0 0 0 0
Show the state transition diagram for a Moore system that produces a 1 output if and only if the input has been 0 1 1 for the last three clock times. A total of 4 states exist, and a sample timing trace is provided. Extra Credit Problem 9 (5 pts): Show the state transition diagram for a Moore system that produces a 1 output if and only if the input has been 0 1 1 for the last three clock...
2. For the following digital design, (15%) Construct a state table, including output z Minty ritea Booleanexpress ons needed first. (10%) Complete the timing diagram for z. Assume flip-flop output is 0 initially. a. b. MUX 4i Clock Clock 2. For the following digital design, (15%) Construct a state table, including output z Minty ritea Booleanexpress ons needed first. (10%) Complete the timing diagram for z. Assume flip-flop output is 0 initially. a. b. MUX 4i Clock Clock
*) Complete the following timing diagram: b) Complete the following timing diagram: DO Dff clr 7 c) Complete the following timing diagram load inp Out clk cir ? cik_unnnnnnnnnnnnn load inp nld Out d) What is this?
Problem 3. (25 pts) The timing diagram for three state cases represents the high impedance state with a line between the low (0) and high (0) states, as ill figure: ustrated in the following 0 Low (0) High Impedance (Z)1 High (1) a. (15 pts) Draw the timing diagrams for the outputs A,B,C,D of the following circuit given the input diagrams in the next page. (NOTE: to help you, dashed lines are shown for the different levels) b. (10 pts)...
Complete the timing diagram given below for the 74'107 JK flip-flop. J=K=1. Assume Q = O initially. +5V PRE CK CK CLR PRE CLR 0 0
Complete the timing diagram for output Q for the TFF shown below. Note, the reset is active low. D reset clock clock clock 444444mzmzmy| reset
Complete the timing diagram for a gated D latch. using the inputs shown. Start value for Q is 0 as shown in the diagram. Explain the sketch. You will plot Q^+ vs time.
STATE NEXT STATE OUTPUT Z X = 0 X = 1 X = 0 X = 1 E DI 1 T 0 D D 1 0 G 0 D C 0 Ε F C 0 F D 1 G I EL 10 C Apply state reduction techniques and answer the following: State C Choose State D Choose State B Choose
show work plz Consider the following finite state diagram. State 1 Output=1 State 0 Output=0 State 2 Output=1 State 3 Output=0 The diagram has 4 states, 1 external input / (in additional to the CLK input), and 1 output bit Y. State 0 is represented by memory bits Qi Qo=00, State 1 is represented by memory bits Q.Qo=01, State 2 is represented by memory bits Q.Qo = 10, and State 3 is represented by memory bits Q.Qo = 11. The...