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Electrical Engineering (EE) Exam  >  Electrical Engineering (EE) Questions  >  In a positive edge triggered JK flip flop, a ... Start Learning for Free
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In a positive edge triggered JK flip flop, a low J and low K produces?
  • a)
    High state
  • b)
    Low state
  • c)
    Toggle state
  • d)
    No Change State
Correct answer is option 'D'. Can you explain this answer?
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In a positive edge triggered JK flip flop, a low J and low K produces?...
In JK Flip Flop if J = K = 0 then it holds its current state. There will be no change.
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In a positive edge triggered JK flip flop, a low J and low K produces?...
Explanation:

Positive Edge Triggered JK Flip Flop:
- In a positive edge triggered JK flip flop, the output changes its state only on the rising edge of the clock signal.

Low J and Low K Inputs:
- When both J and K inputs are low in a positive edge triggered JK flip flop, it means that both are at logic 0.

No Change State:
- In this scenario, when both J and K inputs are low, the flip flop will not change its state regardless of the clock signal.
- The output will remain the same as its previous state.
Therefore, in a positive edge triggered JK flip flop, when both J and K inputs are low, there will be no change in the state of the flip flop.
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Comprehension:Read the following paragraph and answer the questions.A digital counter is a set of flipflops whose states change in response to the pulses applied at Input. Counters can be asynchronous counters or synchronous counters. A counter is an example of a state machine; the number of states is called the modulus. Two basic types of state machines are the Moore and the Mealy. In Moore machine, the combinational logic is a gate array with outputs that determine the next state of the flip-flops in the memory. For Mealy machine, the present state affects just as in Moore machine but in addition, the inputs also affect the outputs.In a 4-bit asynchronous binary counter, each D flip-flop is negative edge-triggered and has a propagation delay for 10 nanoseconds. What is the highest frequency allowed for the counter to avoid problems due to propagation delay?

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In a positive edge triggered JK flip flop, a low J and low K produces?a)High stateb)Low statec)Toggle stated)No Change StateCorrect answer is option 'D'. Can you explain this answer?
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