4. a) For a pn junction if Na«Na, draw the diagram of depletion region, space charge density and electric field in space charge region. b) In a p-type Si bar with cross sectional area is 0.5cm² and major carrier concentration 10 cm-3 at x = 0. What is the steady state separation between F, and Ec at x = 10¬º. What is the hole current if there is no electric field? assume that hole mobility is 500cm² /Vs and life time for holes is 10–10, S.
4. a) For a pn junction if Na«Na, draw the diagram of depletion region, space charge density and electric field in space charge region. b) In a p-type Si bar with cross sectional area is 0.5cm² and major carrier concentration 10 cm-3 at x = 0. What is the steady state separation between F, and Ec at x = 10¬º. What is the hole current if there is no electric field? assume that hole mobility is 500cm² /Vs and life time for holes is 10–10, S.
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![4. a) For a pn junction if Na«Na, draw the diagram of depletion region, space charge density and electric field in space charge region.
b) In a p-type Si bar with cross sectional area is 0.5cm² and major carrier concentration 10 cm-3 at x = 0. What is the steady state separation
between F, and Ec at x = 10¬º. What is the hole current if there is no electric field? assume that hole mobility is 500cm² /Vs and life time for holes is
10–10,
S.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8664985b-7e7d-43fe-aeaa-cd12cc1f2ecd%2F147fe702-752c-46a3-abae-29d4debc9cb4%2F40xjp6g.png&w=3840&q=75)
Transcribed Image Text:4. a) For a pn junction if Na«Na, draw the diagram of depletion region, space charge density and electric field in space charge region.
b) In a p-type Si bar with cross sectional area is 0.5cm² and major carrier concentration 10 cm-3 at x = 0. What is the steady state separation
between F, and Ec at x = 10¬º. What is the hole current if there is no electric field? assume that hole mobility is 500cm² /Vs and life time for holes is
10–10,
S.
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