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Calculate the current flowing in the cir...

Calculate the current flowing in the circuit below which has two opposite connected ideal diodes in parallel.

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AAKASH SERIES-SEMICONDUCTOR DEVICES-Problems (LEVEL-I)
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  3. Calculate the current flowing in the circuit below which has two oppos...

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  4. The circuit shown in figure contains two diodes each with a forward re...

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  5. A p-n junction diode can withstand current up to 10 mA under forward b...

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  6. The resistance of the diode in the forward biased condition is 20Omega...

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  7. Find maximum voltage across AB in the circuit shown in figure. Assume ...

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  8. The diode used in the circuit shown in the figure has a constant volta...

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  9. For the circuit shown in Fig. find 1) the output voltage 2) the vo...

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  10. The applied input AC power to a half wave rectifier is 190W. The DC ou...

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  11. A p-n diode is used in a half wave rectifier with a load resistance of...

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  12. A full wave rectifier uses two diodes with a load resistance of 100 O...

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  13. A full-wave rectifier is used to convert 50 Hz A.C into D.C, then the ...

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  14. In an N-P-N transistor operating in the active region, the collector c...

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  15. In a common base configuration, with a base current of 0.005 mA, the e...

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  16. For a transistor 'alpha' = 0.98 and emitter current I(E) = 2.5 mA. Cal...

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  17. In common base configuration of a transistor, a change of 200 mV in em...

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  18. In a transistor the emitter current is 1.01 times as large as the coll...

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  19. In a transistor circuit the base current changes from 30 muA to 90muA....

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