Semiconductor Physics

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Across
  1. 1. probability of occupancy at T>0K
  2. 4. band consisting of valence electrons
  3. 5. for f(E)=0, energy levels are
  4. 7. band between conduction and valence band
  5. 9. potential difference generated due to applied magnetic field in a conductor carrying current
  6. 11. group of closely spaced discrete energy levels
  7. 13. have absence of forbidden band
  8. 14. distribution of electrons among energy levels as a function of --is Fermi Dirac distribution function
  9. 16. for f(E)=1, energy levels are
Down
  1. 2. level created above fermi level in p-type semiconductor
  2. 3. number of electrons and holes for intrinsic semiconductor
  3. 6. lowest unfilled energy band
  4. 7. highest occupied energy level
  5. 8. level created below fermi level in n type semiconductor
  6. 10. force acting due to applied magnetic field
  7. 12. have large energy gap
  8. 15. position of fermi level in intrinsic semicondutor lies ---of C.B and V.B