Nicky302
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alright i juz want to say I am stucked in examples problem, the question is:
A semiconductor is said to be degenerately doped when n>-Nc or p>-Nv. assuming Maxwell Boltzmann statistics, determine the values of Nd and Na needed to obtain degenerately doped N- and P- type silicon. Where is the Fermi Level in a degenerately doped N-type and P-Type semiconductor? What happens to the ionisation probability of the dopant atoms?
A semiconductor is said to be degenerately doped when n>-Nc or p>-Nv. assuming Maxwell Boltzmann statistics, determine the values of Nd and Na needed to obtain degenerately doped N- and P- type silicon. Where is the Fermi Level in a degenerately doped N-type and P-Type semiconductor? What happens to the ionisation probability of the dopant atoms?