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N-type semiconductor started off as a non-conducting material which, having been doped with a pentavalent element, has become a conductor due to an abundance of free electrons that act as charge carriers.

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8y ago
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1w ago

An n-type semiconductor is a type of material that has been doped with impurities to increase the number of free electrons, giving it a negative charge. This excess of electrons allows the material to conduct electricity more easily. N-type semiconductors are commonly used in electronic devices due to their ability to carry current.

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14y ago

high doped n type semiconductor is n+

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Q: What is an n-type semiconductor?
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Continue Learning about Educational Theory

Is arsenic a semiconductor?

Arsenic is not a semiconductor by itself, but it is commonly used as a dopant in semiconductor materials like silicon to alter their electrical properties. Arsenic increases the number of available charge carriers in the material, which can make it conduct electricity more effectively.


Why semiconductor fuses used?

Semiconductor fuses are used to protect semiconductor devices from overcurrent and short-circuit conditions. They are specifically designed to break the electrical circuit when a fault occurs, preventing damage to sensitive components such as transistors, diodes, and integrated circuits. This helps to ensure the safety and reliability of electronic devices and systems.


IS indium a p type semiconductor?

No, indium is not a p-type semiconductor on its own. Indium is typically used as a dopant in semiconductors to tune their electrical properties, such as increasing the conductivity or modifying the bandgap.


How are P- type semiconductor materials formed?

P-type semiconductor materials are formed by adding trivalent impurities, such as boron or aluminum, to a pure semiconductor material like silicon. These impurities introduce "holes" in the crystal lattice of the material, creating positively charged carriers. This results in a material with an excess of positive charge carriers, making it P-type.


What are the majority and minority current carriers in an N-type and a P-type semiconductor?

In an N-type semiconductor, majority current carriers are electrons, while minority current carriers are holes. In a P-type semiconductor, majority current carriers are holes, while minority current carriers are electrons.