Sentences with N-TYPE-SEMICONDUCTOR
Check out our example sentences below to help you understand the context.Sentences
1
"The n-type semiconductor material has an excess of electrons, which are the majority carriers."
2
"The transistor is made from an n-type semiconductor layer sandwiched between two p-type layers."
3
"In an n-type semiconductor, the majority carriers are negatively charged electrons."
4
"The n-type semiconductor exhibits high electrical conductivity due to the presence of free electrons."
5
"The n-type semiconductor can easily conduct electric current when a small voltage is applied."
6
"The doping process introduces impurities into the silicon crystal to create an n-type semiconductor."
7
"The n-type semiconductor layer provides a low-resistance path for the flow of electrons."
8
"The n-type semiconductor has a negative temperature coefficient, meaning its conductivity decreases with increasing temperature."
9
"In an n-type semiconductor, the acceptor impurities are doped to introduce holes as minority carriers."
10
"The n-type semiconductor is commonly used in the construction of field-effect transistors."
1
"Silicon can be doped to become an n-type semiconductor."
2
"Phosphorus is often used to create n-type semiconductors."
3
"The conductivity of n-type semiconductors can be increased by adding impurities."
4
"Boron is an example of an impurity used to create an n-type semiconductor."
5
"The majority carriers in an n-type semiconductor are electrons."
6
"Arsenic can be used as a dopant to create n-type semiconductors."
7
"The conductivity of an n-type semiconductor decreases with increasing temperature."
8
"Germanium can also be used as a material for n-type semiconductors."
9
"The doping concentration affects the conductivity of an n-type semiconductor."
10
"The mobility of carriers in an n-type semiconductor depends on the impurity used for doping."
11
"The bandgap of an n-type semiconductor is usually smaller than that of a p-type semiconductor."
1
"Silicon is a commonly used n-type semiconductor in electronic devices."
2
"The doping of impurities can turn a p-type semiconductor into an n-type semiconductor."
3
"The conductivity of an n-type semiconductor can be increased by increasing the doping concentration."
4
"The electrons in an n-type semiconductor are easily mobile and can contribute to current flow."
5
"An n-type semiconductor is typically created by introducing donor impurities into a pure semiconductor material."
6
"Germanium is another example of an n-type semiconductor material."
