Consider silicon with a phosphorus impurity concentration of N = 10 cm Determine the percent of ionized phosphorus atoms at (a) T = 100 K, (b) T = 200 K, (c) T = 300 K, and (d) T = 400 K. %3D [Ans. 3.62%; b) 9.82%; c) 9.96%; d) 99.98%]
Consider silicon with a phosphorus impurity concentration of N = 10 cm Determine the percent of ionized phosphorus atoms at (a) T = 100 K, (b) T = 200 K, (c) T = 300 K, and (d) T = 400 K. %3D [Ans. 3.62%; b) 9.82%; c) 9.96%; d) 99.98%]
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![TYU 4.10 Consider silicon with a phosphorus impurity concentration of N, = 105 cm.
Determine the percent of ionized phosphorus atoms at (a) T = 100 K,
(b) T = 200 K, (c) T = 300 K, and (d) T = 400 K.
[Ans. (a) 93.62%; (b) 99.82%; (c) 99.96%; (d) 99.98%]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdb2ea6a9-5673-46be-aaf5-352cc5cd7489%2F20417156-9efc-458a-beec-964bb0563d7b%2Fuvr3gzr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:TYU 4.10 Consider silicon with a phosphorus impurity concentration of N, = 105 cm.
Determine the percent of ionized phosphorus atoms at (a) T = 100 K,
(b) T = 200 K, (c) T = 300 K, and (d) T = 400 K.
[Ans. (a) 93.62%; (b) 99.82%; (c) 99.96%; (d) 99.98%]
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