yes/no as to whether each of the following problems will require a sequential circuit for its solution. Briefly explain your answers.
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Q: A combinational switching network, has four inputs (a,b,c,d) and the output is the integer of (half…
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Q: M B f(t)
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Q: Q1. The system impulse response is given as u[-n-3]. Check if the system is i. with or without…
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Q: - For the system, y (t) = x (t-5) – x (3- t) which of the following holds true? * O System is…
A: 1: Explanation;Y1(t)=v(t-5)-v(3-t)Y2(t)=kv(t-5)-kv(3-t)=ky1(t)let x1(t)=v(t), then y1(t)…
Q: 3. The input and output of a system as related through the following block diagram representation:…
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Q: Pre-Lab Activity. For each of the following systems, determine the time parameters applicable. Plot…
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A: Note: As per the policy we can solve only 3 sub parts of a question, please re-upload the remaining…
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Q: Problem 4: Calculate the step response to the system described by the linear constant coefficient…
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Q: find the steady-state response,
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Q: А D Clk D. В D Clk B' Clock A
A: The solution is given below
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Q: corresponding te table föllowing diagram. me the reduced state table and draw the corresponding…
A: I HAVE EXPLAINED IN DETAILS IN BELOW STEPS
Q: 5. Given, the input/output relationships of the following systems are: a. y1(t) = cos[-x(t)] b.…
A: I am answering of first 3 subparts as per company guidelines.
yes/no as to whether each of the following problems will require a sequential circuit for its solution. Briefly explain your answers.
(a) Output z goes to 1 if input v is 0 after input w has gone through a 0-to-1 transition.
(b) An alarm sounds if the oven door is opened while the heat is on.
(c) Output z goes to 0 when exactly two keys in the same row of a keyboard are pressed simultaneously.
(d) The movement of a spot from left to right over a series of photodetectors triggers an output pulse. No signal is output for right-to-left movement.
(e) The output of a circuit is the result of the multiplication of two 2-bit binary numbers.
(f) Every second, one of eight outputs is randomly chosen to be 1 while the other seven are 0.
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- 27-1: We want to design a state machine that follows the state transition table below: Prese Inpu Inpu nt State x=0 x=1 B/1 C/O D/0 C/1 A/1 B/0 D/1 A/0 This machine has one input x. It also has an output y, indicated by the values to the right of the slash (/) in the above table. Use the following state assignment: Q1 Qo B We want to use a JK flip-flop for Qı and a T flip-flop for Qo. Fill in the blanks for the excitation maps below. You do not have to derive the excitation equations. Q, Qu Q Qu Qi Qo K1 To ( 01 11. 10 11 10 00 01 11 10 х(a) Construct a transition table and state graph for the circuit shown in Figure 5. Is the circuit a Mealy or Moore circuit? Does the circuit have any unused states? (b) Assume 00 is the initial state. Draw a timing diagram for the input sequence X = 00110. (c) What is the output sequence for the input sequence? X J1 Q1 CLK K1 J2 Q2 K2 Q2 Figure 5Solve all please Q1) Choose the correct answer: I. The circuits can be divided into two broad categories analog and digital are called: a- control circuits b- logic circuits c- electronic circuits d- design circuits II. Magnitude comparison is performed by a logic circuit called a: III. a- divider b- multiplexer c- decoder d- comparator The resolution of 5 bits ADC from analog signal (-4-4)V is: a-0.2 b-0.22 c- 0.24 d-0.25 IV. The full scale output from analog signal (-4-4)V by using 5 bits ADC is: a- 3.7 b- 3.75 c-3.85 d-4
- For a ((A+B)' + (A'B')) Boolean equation, with the input waveforms as shown in Figure 2, which output waveform is correct? INPUT A INPUT B- OUTPUT a- OUTPUT b- OUTPUT C OUTPUT d- Figure 2 Output a Output d Output b Output cQ1) Choose the correct answer: Solve all please I. The circuits can be divided into two broad categories analog and digital are called: a-control circuits b- logic circuits c- electronic circuits d- design circuits II. Magnitude comparison is performed by a logic circuit called a: a- divider b- multiplexer c- decoder d- comparator The resolution of 5 bits ADC from analog signal (-4-4)V is: a- 0.2 b-0.22 c- 0.24 III. IV. V. d- 0.25 The full scale output from analog signal (-4-4)V by using 5 bits ADC is: a- 3.7 b-3.75 c-3.85 d-4 The number of quantization level of 10 bit ADC from analog signal (-5~5)V is: a- 128 b- 256 c- 32 d-1024Choose the true H-bridge motor statements in the list below. O The L298N has a PWM input signal that can be used to control the motor direction. (false, it controls the speed of the motor. O You should always transition through the "Off" state when changing direction with the H-bridge. O The H-bridge provides a means of controlling a motors spin direction. O If all four H-bridge switches are open, the motors will spin. O The H-bridge uses four switches to control the current flow.
- ASAPuse the assembly language write a program in subject MicroController, that Take input from P1 display it on P3 such that you have to take an initial value lets say 50 or 90(your choice) and increment it till 100 and display it till 100Take another input from P2 and display it on P3 such that you have to decrement it from 100 to the number you have initialized (50 or 90) (Assembly language) (MicroController)E混mpie (1) Determine the output of the DAC in Figure (a) if the waveforms representing a sequence of 4-bit numbers in Figure (b) are applied to the inputs. Input Do is the least significant bit (LSB). 200 kn Doo M R 100 kn D o M- 0123 4567 89 1011 1213 14 15 +5V U Do +5 V 10 kn 50 kn D, O +5 V 25 kf? +5 V D, o W- D, (а) (b) Re solving this question and show me step step pls Solution First, determine the current for each of the weighted inputs. Since the inverting (-) input of the op-amp is at 0 V (virtual ground) and a binary 1 corresponds to +5 V, the current through any of the input resistors is 5 v divided by the resistance value. 200 k D, o M 5V -0.025 mA 200 k 5V 4- 100 kn D, o W- 10 ka 0.05 mA 100 k 50 kn Dy o W- 25 k D, o W 5V = 0.1 mA 50 k SV -0,2 mA 25 k (a) Solution Almost no current goes into the inverting op-amp input because of its extremely high impedance. Therefore, assume that all of the current goes through the feedback resistor Rr. Since one end of R, is at 0 V…
- Choose the right output of the following code Input Ladder logic program L1 O C. Input A O d. Input A e. T4:0 HEEN T4:0 j[₁ T4:0 DN TON TIMER ON DELAY Timer Time base Preset Accumulated T4:0 1.0 10 0 Output B Select one: O a. The Yellow light will always be on alone Output C Output D () All of the choices (EN) (ON) Outputs O b. Whenever input A is true, both Green and Red lights will be always on Output B Output C R Output D Before the timer finishes, both the Green and the Red lights are on Whenever input A is true, the Yellow light cannot be onIdentify what type of Finite State Machine would be required to implement the given sequence: =01011100100010010010 00000000010000001001 Mealy FSM Moore FSM OShannon FSMExplain the difference between the following in handwriting Combinational circuits and sequential circuits Level triggering and edge triggering