CLOCK| Present State Next State R1 Y1 G1 R2 Y2 G2 Q2 Q1 Qo Q2 | Q1 QO 110 0 10 1 1 | 0 0| 0 1 1 10 0 |0 1 2 1 |110 1 3 4 1 1

Q: a) Exercise 1(a). The state transition sequence is: 80 + 81 → 82 → 81 → 82 → $1 Our output is: 01010…

A: #include<stdio.h> #include<string.h> #include<stdlib.h> void main(){     int…

Q: If the state machine given in the figure has present state AB = 11 and input x = 1, then the next…

A: The above circuit is combination of flip-flop(Jk) , 2:1 mux , not gate , clock plus , or gate , and…

Q: 02 Q1 Q0 : CLO2.1:The above sequential circuit is initialized with Q2Q1Q0 = 000, the state sequence…

A:

Q: Given the state table below, the output sequence generated by an inpu- sequence X = 1110001 and…

A: Here on each symbol we can transit to one of the 4 states depending on the input. On each transition…

Q: 0/0 1/0 0/1 00 10 1/0 01 1/0 0/1 01 11 1/0 Starting from state 00 determine state transitions and…

A:

Q: Derive the state-assigned table by assigning A=000, B=001, C=010, D=011, E=100 Present state Next…

A: Here is the answer:-

Q: What is the maximum time that can be measured with timer 0 given that: The PIC is clocked at 2.7…

A: Given : Frequency of timer: 2.7 MHz

Q: State Transition Diagram Reset, TA S1 SO LA: green RESET TA LA: yellow LA: red Le: red Le: red Le:…

A: ANSWER:-

Q: The state diagram given in the figure starts from 00. What state will the system be in when 01011 is…

A: The Answer is in step2

Q: Question 38 From the state table below, given the input sequence 001001 starting at So what output…

A:

Q: In a 15-hour clock, what is the result if we add 47 to 7?    A. 5 B.7 C. 8 D. 9

A: In a 15-hour clock, what is the result if we add 47 to 7?  Ans: D 9 result.

Q: Inputs Present Next State Next State State (PS) (NS) (NS) Output 9. 42 93 92 42 1 93 1

A: the Answer is

Q: X NOR X -A O X NAND 1 .B O X NAND X .C O X NOR 1.D O

A: Answer A.

Q: For the following state diagram fill the table 0/0 0/1 SO S1 00 01 1/0 0/1 1/0 0/1 S3 S4 1/0 11 10…

A: Here in this question we have given a mealy machine.and we have given a incomplete table..so we have…

Q: x(t) = 10 rect(t/5) sin(10t) is %3D Energy signal Periodic signal O Power signal O Random signal O…

A: Hey there I am writing the required solution for the above stated problem/questions.

Q: The null bandwidth for the system with an impulse response h(t)=rect ((t-0.02)/0.01) Select one: O…

A: The question wants to know the null bandwidth with an impulsive response  h(t) = rect…

Q: . Suppose the machine is initialized to its starting state '00' and then processes the input values:…

A: FSM has finite set of inputs, outputs and states.   Given truth table represents the Mealy FSM model…

Q: Q1 Qo Vpp J C Clock K K O a. Q0Q1: 11 --> 01 --> 10 --> 00 --> 11 O b. QOQ1: none of these Oc. QOQ1:…

A: In the above table  Bit=2 Number of flipflop =2 Jk flip flop excitation table Qn Qn+1 j k 0 0 0…

Q: the given code. Code should display the second part of a digital clock.  d1 is the first digit and…

A: It is defined as a low-level programming language for a computer or other programmable device…

Q: What does a switch statement use to determine the current state of a state machine? O A case…

A: Given What does a switch statement use to determine the current state of the state machine?

Q: Q 6 b) Convert the following NFA to DFA. State b a →q0 q1 *q2 q0, q1 q2 q1 q1, q2 -- -- 90 q2 q1

A: Conversion of NFA with epsilon to DFA Transition table  Transition Diagram

Q: Find the output generated from the input string 01110 for the following finite-state machine with…

A: The output generated from input string 01110 for following finite state machine will be 11011.

Q: Given a Finite State Machine. 1 3 2 What will be the output sequence if the input=1 O 0,1,3,2 O…

A: There is a total of 4 states in the machine. These are 0,1,2,3.

Q: J1 PRE J2 J3 PRN Q Clock K1 K2 K CLRN K3 CLR

A:

Q: 9. Construct the state digraph for the finite-state machine whose state table is shown below. f g 1…

A: The state digraph for the finite-state machine for the table is as follows.Here we have written it…

Q: Q1 D ck w Q2 ck Clock- N 18

A: The, answer has given below:

Q: outputs a state ina state machine may be the same as outputs from other states. O True O False

A: the output of a state in a state machine may be the same as the output from another state.   Answer:…

Q: Type your answers eax Instruction FFFFFEFF inc eax inc al dec al inc ax dec ax inc eax inc eax

A: EAX is the 32 bit register. AX is the lower 16 bit which is composed of AH:AL with 8 bits each.…

Q: The state diagram of a 2-bit, 4 states machine works as 1 11 10 01 00

A: The state diagram of a 2 bit ,4 states machine works as

Q: Write a complete MIPS program that prompts a user for their age and then prints out their age to the…

A: ANSWER:-

Q: the FSM whose state table is shown below, reduce it by using impli chart Present state Next state…

A: The following is the solution

Q: gisters 0001 Load AC from memory Multiply AC by memo Store AC to memory Add AC from memory 33 1506…

A: MAR=4502

Q: In timer T4:0, if the accumulator value is reached to preset value then O a. Only T4:0/EN bit will…

A: Preset value is the value which the timer must reach before the controller sets the done (DN) bit.

Q: Which state table is the corresponding one for the state diagram below? 0/1b q3/1 q0/0 q20 q4/1

A: States in the table :  q0  q1 q2 q3 q4 Output variables : 0 and 1 Transition Variables :  0 and…

Q: The equations for designing a synchron 1,3,5,6) are: O jo=k0=1 j1=k1%3DQ0Q2 J2%3K23DQ1 None jo=k0=1…

A:

Q: In timer T4:2, if the accumulator value is greater than preset value then O a. Timer will be reset O…

A: In timer T4:2, if the accumulator value is greater than preset value then a. Timer will be reset b.…

Q: Analog computer works on the supply of a) continuous electrical pulses b) Electrical pulses but not…

A: Given that: Analog computer works on the supply of a) continuous electrical pulses b) Electrical…

Q: If a signal x(n) is passed through a system to get an output signal of y(n)=x[n-1), then the signal…

A: About the given  signal is said to be

Q: Assuming a 1 Hz clock, how much time would pass before the counter wraps around? Use the most…

A: Assuming a 1 Hz clock, how much time would pass before the counter wraps around? Use the most…

Q: S V(x* + x=3)2 x-2 x5 + c 2 + c 5 9. 6. 5

A: True in the given options

Q: O False QUESTION 4 1points Save Answer A Thevenin equivalent circuit always consists of a voltage…

A:

Q: Assume that a 16x2 LCD is connected to the 8051 microcontroller. Write an assembly 8051 program that…

A: Code: MOV A,#38H // Use 2 lines and 5x7 matrixACALL CMNDMOV A,#0FH // LCD ON, cursor ON, cursor…

Q: الم ملكة العربية السعودية وزارة التعليم العالي KINGDOM OF SAUDI ARABIA Ministry of Higher Education…

A: A magnitude digital Comparator is a combinational circuit that compares two digital or binary…

Q: Both frequency and phase remain constant while the amplitude changes in a. QPSK O b. ASK O c. PSK O…

A: ASK, FSK and PSK are digital modulation technique.

Q: نقطة و A synchronous state machine has two inputs (X1 and X2) and two outputs (Z1 and Z2). The…

A: Ans.) 3- minimal mealey states diagram has 3 states. Explanation:-

Q: Write an assembly language program to generate a square wave with a delay of 7 ms (ON time) when…

A: XTAL frequency = 11.0592 MHz Therefore the timers will be operating at 1/12 of XTAL frequency, i.e…

Q: A periodic signal completes one cycle in 0.001 s. What is the frequency? a. 1 KHz b. 100 Hz

A: This question is related to Network Transmission in Periodic Signals.

Q: Q4: Choose the correct answer: 1) Total number of inputs in a half adder is (b) 3 (a)2 (c) 4 (d) 1…

A: 1)The half adder circuit contains two inputs: X and Y, and this circuit will add two input digits…

Q: A synchronous state machine has two inputs (X1 and X2) and two outputs (Z1 and Z2). The inputs…

A: I have answered this question in step 2.

Q: The system 2x + 3y ≡ 4 (mod 4) 3x + 4y ≡ 5 (mod 4) has no solution modulo 4.   Select one:…

A: Answer to the above question is in step2.