Semiconductor Physics

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