A transistor is connected in common emitter configuration. The collector – emitter voltage is $$8$$ volt and a load resistance of $$800$$ Ω is connected in the collector circuit. The voltage drop across the load resistance is $$0.5$$ volt. If the current gain be $$0.96$$, What is the base current?

Question

A transistor is connected in common emitter configuration. The collector – emitter voltage is $$8$$ volt and a load resistance of $$800$$ Ω is connected in the collector circuit. The voltage drop across the load resistance is $$0.5$$ volt. If the current gain be $$0.96$$, What is the base current?

Infinity Learn · Accepted Answer

$$IC=0.5800$$  $$A=58$$  mA       β$$=$$α$$1$$−α$$=24$$ Now         $$ICIB=$$β   ⇒   $$IB=58$$ × $$124$$ $$mA=26$$  μA

A transistor is connected in common emitter configuration. The collector – emitter voltage is 8 volt and a load resistance of 800 $Ω$ is connected in the collector circuit. The voltage drop across the load resistance is 0.5 volt. If the current gain be 0.96, What is the base current?

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A transistor is connected in common emitter configuration. The collector – emitter voltage is 8 volt and a load resistance of 800 Ω is connected in the collector circuit. The voltage drop across the load resistance is 0.5 volt. If the current gain be 0.96, What is the base current?

Remember concepts with our Masterclasses.

Ready to Test Your Skills?

free study material

A transistor is connected in common emitter configuration. The collector – emitter voltage is 8 volt and a load resistance of 800 $Ω$ is connected in the collector circuit. The voltage drop across the load resistance is 0.5 volt. If the current gain be 0.96, What is the base current?