Additionally , most wide bandgap materials also have a much higher critical electrical field density , on the order of ten times that of conventional semiconductors .
The high temperature tolerance also means that these devices can be operated at much higher power levels under normal conditions .
Most wide bandgap materials also have a much higher critical electrical field density , on the order of ten times that of conventional semiconductors .
The high temperature tolerance also means that these devices can be operated at much higher power levels under normal conditions .