Which among these is the fundamental characteristic of a p type semiconductor

The most common semiconductor used for producing IC's

Method implemented to increase conductivity is

Valence electrons occupy

The current in semiconductors is due to

Which among these is NOT a semiconductor

Which of the following DOES NOT hold good for a n type semiconductor

Electrons and holes are equal in magnitude but opposite in polarity

In semiconductors mobility of electrons are higher than holes

The maximum energy that an electron in a metal has at the absolute zero temperature is called

The energy gap between the valence band and the conduction band is called

Which semiconductor has higher conductivity at room temperature

Which charge carrier has higher mobility?

The electric current produced due to the steady flow of electrons in one direction is called

The resistivity of a pure semiconductor

Trivalent impurities are also called

For the same order or doping which type of semiconductor exhibits higher conductivity

The ratio of majority and minority charge carriers in intrinsic semiconductors is unity

An n type semiconductor is negatively charged

Electrical conductivity of an extrinsic semiconductor is higher than that of an intrinsic semiconductor

The velocity with which an electron moves in a semiconductor under the influence of an applied electric field is called

Doping is done to reduce the resistance of an intrinsic semiconductor

Doping with Arsenic gives rise to a

A pentavalent impurity is also called a

Majority current in N type semiconductors is due to

Acceptor impurity creates a