The application of a forward biasing voltage on the junction diode results in the depletion layer becoming very thin and narrow which represents a _ impedance path through the junction thereby allowing high currents to flow.

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Q. The application of a forward biasing voltage on the junction diode results in the depletion layer becoming very thin and narrow which represents a _ impedance path through the junction thereby allowing high currents to flow.

high

low

moderate

None of these

Solution:

Forward biasing voltage on the junction diode results in the depletion layer becoming very thin and narrow which represents a low impedance path through the junction thereby allowing high currents to flow.

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Q. The application of a forward biasing voltage on the junction diode results in the depletion layer becoming very thin and narrow which represents a _ impedance path through the junction thereby allowing high currents to flow.

Solution:

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Q. The application of a forward biasing voltage on the junction diode results in the depletion layer becoming very thin and narrow which represents a _ impedance path through the junction thereby allowing high currents to flow.

Solution:

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