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The circuits of NOR based S-R latch classified as asynchronous sequential circuits, why?
- a)Because of inverted outputs
- b)Because of triggering functionality
- c)Because of cross-coupled connection
- d)Because of inverted outputs & triggering functionality
Correct answer is option 'C'. Can you explain this answer?
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The circuits of NOR based S-R latch classified as asynchronous sequent...
C) Because of cross-coupled connection
The circuits of NOR based S-R latch are classified as asynchronous sequential circuits primarily because of their cross-coupled connection. In a NOR based S-R latch, the output of one NOR gate is connected to the input of the other NOR gate, creating a feedback loop. This cross-coupling allows the latch to store a state or hold information, making it a sequential circuit.
The inverted outputs (d) and triggering functionality (b) are also characteristics of NOR based S-R latch but are not the main reasons for classifying it as an asynchronous sequential circuit.
The circuits of NOR based S-R latch are classified as asynchronous sequential circuits primarily because of their cross-coupled connection. In a NOR based S-R latch, the output of one NOR gate is connected to the input of the other NOR gate, creating a feedback loop. This cross-coupling allows the latch to store a state or hold information, making it a sequential circuit.
The inverted outputs (d) and triggering functionality (b) are also characteristics of NOR based S-R latch but are not the main reasons for classifying it as an asynchronous sequential circuit.
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The circuits of NOR based S-R latch classified as asynchronous sequent...
The cross-coupled connections from the output of one gate to the input of the other gate constitute a feedback path. For this reason, the circuits of NOR based S-R latch classified as asynchronous sequential circuits. Moreover, they are referred to as asynchronous because they function in the absence of a clock pulse.
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The circuits of NOR based S-R latch classified as asynchronous sequential circuits, why?a)Because of inverted outputsb)Because of triggering functionalityc)Because of cross-coupled connectiond)Because of inverted outputs & triggering functionalityCorrect answer is option 'C'. Can you explain this answer?
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