A 2.5-cm long silicon sample has electron and hole densities as 1015/cm³ and 104/cm³, respectively. Assume that the electron and hole mobilities in silicon are 1100 cm²/(V.s) and 400 cm²/(V-s), respectively. Its cross-sectional area is 3.5 cm² and it is subjected to a 5-V across the length. Determine - (a) The electron and hole velocities in the sample. (b) Electron and hole currents.

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A 2.5-cm long silicon sample has electron
and hole densities as 1015/cm³ and
104/cm³, respectively. Assume that the
electron and hole mobilities in silicon are
1100 cm²/(V-s) and 400 cm²/(V-s),
respectively. Its cross-sectional area is 3.5
cm² and it is subjected to a 5-V across the
length. Determine -
(a) The electron and hole velocities in the
sample.
(b) Electron and hole currents.
Transcribed Image Text:A 2.5-cm long silicon sample has electron and hole densities as 1015/cm³ and 104/cm³, respectively. Assume that the electron and hole mobilities in silicon are 1100 cm²/(V-s) and 400 cm²/(V-s), respectively. Its cross-sectional area is 3.5 cm² and it is subjected to a 5-V across the length. Determine - (a) The electron and hole velocities in the sample. (b) Electron and hole currents.
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