#7 the energor n-doped semiconductor where does the fermi level present?(a) Near to conduction band(b) Near to valence band(c) Stays at the center of conduction and valence band(d) None of the aboveConsider the mobility of electrons and holes of a doped semiconductor as He = 1450cm² /V= 490cm² /V.s and the intrinsic concentration as n₁ = 1.2 x 1010 cm-3 Answerand Upfollowing7. For an n-doped semiconductor with doping Na = 2.5 x 10¹6 cm-3. Find the followin(a) Hole concentration(3(b) ConductivityNa = 5.5

Solution: In n-type semiconductors the majority of charge carriers are electrons and from the fermi…

oped semic Near to conduction Near to valence band Stays at the center of conduction None of the above sider the mobility of electrons and holes of a doped sem Mp = 490cm² /V.s and the intrinsic concentration as ni lowing n-doped semiconductor with doping N₁ = 2.5 × 10¹6 cm-³. Find th an tration

oped semic Near to conduction Near to valence band Stays at the center of conduction None of the above sider the mobility of electrons and holes of a doped sem Mp = 490cm² /V.s and the intrinsic concentration as ni lowing n-doped semiconductor with doping N₁ = 2.5 × 10¹6 cm-³. Find th an tration