$A$ donor impurity results in

  • A
    conduction band just above the filled valence band.
  • B
    holes as majority carriers and electrons as minority carriers.
  • C
    production of $n$-type semiconductor.
  • D
    production of $p$-type semiconductor.

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Similar Questions

When the conductivity of a semiconductor is only due to the breaking of covalent bonds,the semiconductor is called:

Let ${n_h}$ and ${n_e}$ be the number of holes and conduction electrons respectively in a semiconductor. Then

$A$ $P$-type semiconductor is:

For an intrinsic semiconductor,where $n_{h}$ and $n_{e}$ are the number of holes per unit volume and the number of electrons per unit volume respectively,which of the following relations holds true?

The valence of the impurity atom that is to be added to a germanium crystal to make it an $N$-type semiconductor is:

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