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Carrier Statistics Example 3.5 To a sample of intrinsic silicon we add 1017 atoms per cc of phosphorus and 9x1016 atoms per cc of boron. Calculate the density of the majority and of the minority carriers at: a) T = 300 K, b) T = 600 K Solution: np = n² n+ N₁=p+ND hp

Carrier Statistics Example 3.5 To a sample of intrinsic silicon we add 1017 atoms per cc of phosphorus and 9x1016 atoms per cc of boron. Calculate the density of the majority and of the minority carriers at: a) T = 300 K, b) T = 600 K Solution: np = n² n+ N₁=p+ND hp

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Carrier Statistics Example 3.5 To a sample of intrinsic silicon we add 1017 atoms per cc of phosphorus and 9x1016 atoms per cc of boron. Calculate the density of the majority and of the minority carriers at: a) T = 300 K, b) T = 600 K Solution: 2 np = n² n+ N₁ = P + N₂D hp
Transcribed Image Text:Carrier Statistics Example 3.5 To a sample of intrinsic silicon we add 1017 atoms per cc of phosphorus and 9x1016 atoms per cc of boron. Calculate the density of the majority and of the minority carriers at: a) T = 300 K, b) T = 600 K Solution: 2 np = n² n+ N₁ = P + N₂D hp
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