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The diagram correctly represent the dire...

The diagram correctly represent the direction of flow of charge carriers in the forward bias of p-n junction is

A

B

C

D

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The correct Answer is:
C
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AAKASH SERIES-SEMICONDUCTOR DEVICES-PRACTICE EXERCISE (ENERGY BANDS AND CLASSIFICATION OF SOLIDS )
  1. The junction diode shown in the figure is ideal. The current in the ci...

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  2. The current from below circuit if forward resistance of the diode is 5...

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  3. The diagram correctly represent the direction of flow of charge carrie...

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  4. The barrier potential in an ideal P-n junction diode is 0.3 volts. The...

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  5. The diode used in figure requires minimum current of ImA to be above t...

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  6. Calculate the value of R, if the maximum value of forward current of t...

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  7. The potential barrier existing across an unbiased p-n junction is 0.2 ...

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  8. In a p-n junction, a potential barrier of 250 meV exists across the ju...

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  9. Calculate the current through the circuit and the potential difference...

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  10. Find the currents through the resistances in the circuits shown in fig...

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  11. Find the currents through the resistances in the circuits shown in fig...

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  12. A potential barrier V volts exists across a P-N junction. The thicknes...

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  13. The current flow through the resistance in the given circuit is

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  14. Consider a p-n junction diode which has a potential drop of 0.5 V whi...

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  15. The potential barrier of a P-N junction diode is 50 meV, When an elect...

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  16. In a half wave rectifier circuit operating from 50 Hz mains frequency,...

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

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  18. The applied a.c power to a full-wave rectifier is 400W. The d.c power ...

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  19. In a half wave rectifier, a p-n junction diode with internal resistanc...

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  20. A full wave rectifier circuit along with the output is shown in figure...

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