Electronics and Communication Engineering - Materials and Components - Discussion
Discussion Forum : Materials and Components - Section 1 (Q.No. 6)
6.
The conductivity of intrinsic semiconductor is given by
Answer: Option
Explanation:
For intrinsic semiconductor,
Conductivity = (Electron charge) x (Number of charge carriers) x (Sum of mobilities of holes and electrons).
Discussion:
10 comments Page 1 of 1.
Sree said:
4 years ago
An intrinsic semi conductor is a pure form of semiconductor. Here no impurities are added. So, the number of holes and electrons are equal, hence the conductivity in intrinsic semi conductor material is less.
(2)
C.mallaiah said:
6 years ago
Intrinsic semi conductor: a pure form of semi conductor. Here impurities are not added. It is called undoped semi conductor.
(1)
Maaz ullah said:
7 years ago
Please some one explain the given equation.
Deepak waghmare said:
8 years ago
The intrinsic semiconductor is pure material semiconductor having no free electron or holes. Means the neighbor atoms are bonds to each other thats why it has less conductivity than extrinsic semiconductor.
Angel said:
9 years ago
4 valance electrons in its outermost cell.
Raghav said:
9 years ago
The intrinsic semiconductor material is the purest form of semiconductor material having 4 balance electrons in its outermost cell.
SKB said:
10 years ago
@Sridhar.
Intrinsic semiconductor-pure form of semiconductor which contains equal no of electrons and holes, having less conductivity.
Intrinsic semiconductor-pure form of semiconductor which contains equal no of electrons and holes, having less conductivity.
SKB said:
10 years ago
Conductivity of extrinsic semi conductor.
Sridhar said:
10 years ago
What is intrinsic semiconductor?
Swati muley said:
1 decade ago
It is not clearly understand by these answer. Please give me a clarification about these answer and these numerator.
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