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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?
- a)CLK = NGT, D = 0
- b)CLK = PGT, D = 0
- c)CLOCK NGT, D = 1
- d)CLOCK PGT, D = 1
Correct answer is option 'D'. Can you explain this answer?
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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of th...
The given question is asking which input action will cause a D flip-flop utilizing a PGT (Positive-Going Transition) clock to change states when it is in the CLEAR state. Let's analyze each option one by one.
a) CLK = NGT, D = 0
- In this option, the clock signal is negative-going transition (NGT) and the input D is 0.
- Since the flip-flop is utilizing a PGT clock, it will only respond to positive-going transitions of the clock signal.
- Therefore, this input action will not cause the flip-flop to change states.
b) CLK = PGT, D = 0
- In this option, the clock signal is positive-going transition (PGT) and the input D is 0.
- Since the clock signal is a positive-going transition, it will enable the flip-flop to respond to the input D.
- When the clock signal rises, the flip-flop will sample the value of D and update its state accordingly.
- In this case, since D is 0, the flip-flop will remain in the CLEAR state.
- Therefore, this input action will not cause the flip-flop to change states.
c) CLK = NGT, D = 1
- In this option, the clock signal is negative-going transition (NGT) and the input D is 1.
- Similar to option a, since the flip-flop is utilizing a PGT clock, it will not respond to negative-going transitions of the clock signal.
- Therefore, this input action will not cause the flip-flop to change states.
d) CLK = PGT, D = 1
- In this option, the clock signal is positive-going transition (PGT) and the input D is 1.
- Since the clock signal is a positive-going transition, it will enable the flip-flop to respond to the input D.
- When the clock signal rises, the flip-flop will sample the value of D and update its state accordingly.
- In this case, since D is 1, the flip-flop will change its state from CLEAR to SET.
- Therefore, this input action will cause the flip-flop to change states.
Hence, option D is the correct answer as it is the only option that utilizes a PGT clock and results in a state change from CLEAR to SET.
a) CLK = NGT, D = 0
- In this option, the clock signal is negative-going transition (NGT) and the input D is 0.
- Since the flip-flop is utilizing a PGT clock, it will only respond to positive-going transitions of the clock signal.
- Therefore, this input action will not cause the flip-flop to change states.
b) CLK = PGT, D = 0
- In this option, the clock signal is positive-going transition (PGT) and the input D is 0.
- Since the clock signal is a positive-going transition, it will enable the flip-flop to respond to the input D.
- When the clock signal rises, the flip-flop will sample the value of D and update its state accordingly.
- In this case, since D is 0, the flip-flop will remain in the CLEAR state.
- Therefore, this input action will not cause the flip-flop to change states.
c) CLK = NGT, D = 1
- In this option, the clock signal is negative-going transition (NGT) and the input D is 1.
- Similar to option a, since the flip-flop is utilizing a PGT clock, it will not respond to negative-going transitions of the clock signal.
- Therefore, this input action will not cause the flip-flop to change states.
d) CLK = PGT, D = 1
- In this option, the clock signal is positive-going transition (PGT) and the input D is 1.
- Since the clock signal is a positive-going transition, it will enable the flip-flop to respond to the input D.
- When the clock signal rises, the flip-flop will sample the value of D and update its state accordingly.
- In this case, since D is 1, the flip-flop will change its state from CLEAR to SET.
- Therefore, this input action will cause the flip-flop to change states.
Hence, option D is the correct answer as it is the only option that utilizes a PGT clock and results in a state change from CLEAR to SET.
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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of th...
PGT refers to Positive Going Transition and NGT refers to negative Going Transition. Earlier, the DFF is in a clear state (output is 0). So, if D = 1 then in the next stage output will be 1 and hence the stage will be changed.
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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer?
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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer?.
A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer?.
Solutions for A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? in English & in Hindi are available as part of our courses for GATE.
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A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer?, a detailed solution for A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? has been provided alongside types of A D flip-flop utilizing a PGT clock is in the CLEAR state. Which of the following input actions will cause it to change states?a)CLK = NGT, D = 0b)CLK = PGT, D = 0c)CLOCK NGT, D = 1d)CLOCK PGT, D = 1Correct answer is option 'D'. Can you explain this answer? theory, EduRev gives you an
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