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Does not exist.
An Intrinsic semiconductor is pure substance where the band gap between the full and empty shells isn't very big (only a few eV)

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15y ago

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Which is a good conductor (Extrinsic or Intrinsic)?

Extrinsic


What are the advantages of intrinsic semiconductor?

due to the poor conduction at room temperature,the intrinsic semiconductor as such,is not useful in the electronic devices.hence,the current conduction capability of the intrinsic semi conductor should be increased. this can be achieved by adding a small amount of impurity to the intrinsic semi conductor


What is the net charge on intrinsic N type material?

first of all un-doped semi-conductor is said to be intrinsic semi-conductor so, there is no discussion of either N-type or P-type


Factors affecting intrinsic conductor?

temperature, mobility of electron hole as well as the mobility of electrons. It is also based off the boltzmann's constant and the Bandgap Energy value of the solid material used to make the intrinsic conductor


Is hematite a good conductor?

Hematite is a poor conductor of electricity due to its intrinsic electrical resistivity. While it does contain iron, which is a conductor, the crystalline structure of hematite results in poor electron mobility.


What is meant by intrinsic silicon?

Intrinsic silicon is pure silicon with no intentional impurities added. It has a balanced number of positive and negative charge carriers, making it an electrical insulator at room temperature. Intrinsic silicon is the base material used in semiconductor device fabrication.


Is resistivity depends upon dimension of conductor?

Yes, resistivity is dependent on the material of the conductor, not its dimensions. Resistivity is an intrinsic property of a material that influences its ability to resist the flow of electrical current.


What are the advantage of semiconductor over conductor?

semiconductors are the conducors they are partially conduct electricity. And we can increase therir conductivity by using various method . They are Intrinsic method and extrinsic method . Intrinsic method is heating the semiconducter . Extrinsic method is doping. By using this method the conductivity of semiconductors is rapidly increases. Then we use semiconductors are prefferd to conductors


Does resistivity depends upon dimension of the conductor?

Yes, resistivity does depend on the dimensions of the conductor. The resistivity of a material is an intrinsic property, but the resistance of a conductor is also influenced by its dimensions such as length, cross-sectional area, and shape. These dimensions affect the resistance of the conductor through the formula R = ρ * (L/A) where ρ is resistivity, L is length, and A is the cross-sectional area.


Is pressure a extrinsic or intrinsic?

Intrinsic


What is doping in conductor?

The process of adding suitable impurities in the intrinsic semiconductor is called doping. The impurity added to the intrinsic semiconductor to increase its conductivity is called dopant. There are some methods of doping in case of a conductor.impurity atoms can be added to the intrinsic semiconductor in different ways discussed below:A very small quantity of impurity atoms is made by diffusing into the high purity molten material such as germanium when the crystal is grown out of melt.Impurity atoms can also be added into the intrinsic semiconductor by heating it in the environment having impurity atoms.Impurity atoms can also be added into the intrinsic semiconductor by bombarding it with the impurity atoms.


Can LED be manufactured by intrinsic semi conductor?

LED is short for Light Emitting Diode. It is a special type of diode that emits light when it is forward biased. Diodes are made using N doped and P doped semiconductors(not intrinsic/pure.) They form a junction that allows the system to act as a diode. So in short, no. However these doped semiconductors were made using pure(intrinsic) semiconductors. Therefore depending on how far you trace back the process the semiconductors were once intrinsic. So depending on how you look at it, yes.