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Which of the following is true in case of Moore Machine?
- a)The output changes at the instance when input changes
- b)The output is likely to change with clock transition
- c)There is no need of output combinational circuit
- d)The inputs have no effect on output
Correct answer is option 'B'. Can you explain this answer?
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Most Upvoted Answer
Which of the following is true in case of Moore Machine?a)The output c...
Introduction:
Moore Machine is a type of finite-state machine that belongs to the category of sequential logic circuits. It consists of a set of states, inputs, outputs, and a transition function that defines the behavior of the machine.
Explanation:
The correct answer to the given question is option 'B' - "The output is likely to change with clock transition". Let's understand why this statement is true:
1. Output Changes with Clock Transition:
In a Moore Machine, the output is associated with the states of the machine. The output of a Moore Machine only changes when a clock transition occurs, regardless of the input changes. This means that the output is synchronized with the clock signal and updates at specific time intervals.
2. Clock Signal:
The clock signal in a Moore Machine is used to control the timing of state transitions and output changes. The output of the machine is typically updated on the rising or falling edge of the clock signal. When the clock signal transitions from one state to another, the output of the machine may change based on the current state.
3. Output Combinational Circuit:
In a Moore Machine, there is no need for an output combinational circuit. The output is directly determined by the current state of the machine. The output function is defined as a function of the states, not the inputs. Therefore, the output is solely dependent on the state and doesn't require any additional combinational logic.
4. Inputs and Output:
The inputs of a Moore Machine do have an effect on the behavior of the machine, but they don't directly affect the output. The inputs are used to determine the next state of the machine through the transition function. The output, however, is solely determined by the current state.
Conclusion:
In summary, the output of a Moore Machine is likely to change with each clock transition. The output is synchronized with the clock signal and is determined solely by the current state of the machine. There is no need for an output combinational circuit, as the output is directly associated with the states. Inputs do have an effect on the behavior of the machine but not on the output.
Moore Machine is a type of finite-state machine that belongs to the category of sequential logic circuits. It consists of a set of states, inputs, outputs, and a transition function that defines the behavior of the machine.
Explanation:
The correct answer to the given question is option 'B' - "The output is likely to change with clock transition". Let's understand why this statement is true:
1. Output Changes with Clock Transition:
In a Moore Machine, the output is associated with the states of the machine. The output of a Moore Machine only changes when a clock transition occurs, regardless of the input changes. This means that the output is synchronized with the clock signal and updates at specific time intervals.
2. Clock Signal:
The clock signal in a Moore Machine is used to control the timing of state transitions and output changes. The output of the machine is typically updated on the rising or falling edge of the clock signal. When the clock signal transitions from one state to another, the output of the machine may change based on the current state.
3. Output Combinational Circuit:
In a Moore Machine, there is no need for an output combinational circuit. The output is directly determined by the current state of the machine. The output function is defined as a function of the states, not the inputs. Therefore, the output is solely dependent on the state and doesn't require any additional combinational logic.
4. Inputs and Output:
The inputs of a Moore Machine do have an effect on the behavior of the machine, but they don't directly affect the output. The inputs are used to determine the next state of the machine through the transition function. The output, however, is solely determined by the current state.
Conclusion:
In summary, the output of a Moore Machine is likely to change with each clock transition. The output is synchronized with the clock signal and is determined solely by the current state of the machine. There is no need for an output combinational circuit, as the output is directly associated with the states. Inputs do have an effect on the behavior of the machine but not on the output.
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Which of the following is true in case of Moore Machine?a)The output c...
Moore Machine:
Moore machine is defined as a machine in the theory of computation whose output values are determined only by its current state.
Characteristics of Moore Machine:
Moore machine is defined as a machine in the theory of computation whose output values are determined only by its current state.
Characteristics of Moore Machine:
- The output depends only upon the present state.
- The output is likely to change with clock transition.
- It requires more number of states to implement a function.
- Input changes do not affect the output.
- There is less hardware requirement for circuit implementation.
- They react slower to clock pulses.
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Which of the following is true in case of Moore Machine?a)The output changes at the instance when input changesb)The output is likely to change with clock transitionc)There is no need of output combinational circuitd)The inputs have no effect on outputCorrect answer is option 'B'. Can you explain this answer?
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