Transfer characteristics $(V_{0} v s V_{i})$ for common emitter configuration is shown in figure. To use transistor as an amplifier, it must be used in

Region A

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Region C

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Region A and Region C both

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Region B

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Solution

The correct option is D Region B
To use it as an amplifier, it should operate in active state which tells us that for amplifier, region (B) is used.

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Similar questions

The transfer characteristics of a base biased transistor has the operation regions namely, cut off, active region and saturation region. For using the transistor as an amplifier it has to operate in the region:

Q. The transfer characteristic curve for a based transistor is common-emitter configuration is shown in figure where

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is input voltage. For the action of transistor as amplifier.

Q. Assertion :A transistor amplifier in common emitter configuration has a low input impedance. Reason: The base to emitter region is forward biased.

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Transfer characteristics (V0 vs Vi) for common emitter configuration is shown in figure. To use transistor as an amplifier, it must be used in

The correct option is D Region BTo use it as an amplifier, it should operate in active state which tells us that for amplifier, region (B) is used.

Transfer characteristics $(V_{0} v s V_{i})$ for common emitter configuration is shown in figure. To use transistor as an amplifier, it must be used in

The correct option is D Region B
To use it as an amplifier, it should operate in active state which tells us that for amplifier, region (B) is used.