If five electrons out of 1012 electrons in the Valence Band move to the Conduction Band. Calculate the conductivity of an intrinsic silicon. Given the silicon density is (2.33×10³ Kg/m³), the silicon atomic weight is (28.086), the electrons mobility is (0.1605 m²/V.sec.), and the holes mobility is (0.058 m?/V.sec.).
If five electrons out of 1012 electrons in the Valence Band move to the Conduction Band. Calculate the conductivity of an intrinsic silicon. Given the silicon density is (2.33×10³ Kg/m³), the silicon atomic weight is (28.086), the electrons mobility is (0.1605 m²/V.sec.), and the holes mobility is (0.058 m?/V.sec.).
Related questions
Question
If five electrons out of 1012 electrons in the Valence Band move to the Conduction Band. Calculate the conductivity of an intrinsic silicon. Given the silicon density is (2.33×10³ Kg/m³), the silicon atomic weight is (28.086), the electrons mobility is (0.1605 m²/V.sec.), and the holes mobility is (0.058 m?/V.sec.).
Transcribed Image Text:If five electrons out of 1012 electrons in the Valence Band move to the
Conduction Band. Calculate the conductivity of an intrinsic silicon.
Given the silicon density is (2.33×10³ Kg/m³), the silicon atomic
weight is (28.086), the electrons mobility is (0.1605 m²N.sec.), and
the holes mobility is (0.058 m²/V.sec.).
60μS/m
65μS/m
30μS/m
64µS/m
33μS/m
35μS/m
32µS/m
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 2 images
