1. Use the Ebers-Moll model to determine Ic for an NPN BJT biased at IB = 150 nA and VCE = 0.25 V. Assume that the Ebers-Moll model parameters are IFO = 2.50 ×10-16A, • IRO 1.75 x10-16A, and αF = 0.996.
1. Use the Ebers-Moll model to determine Ic for an NPN BJT biased at IB = 150 nA and VCE = 0.25 V. Assume that the Ebers-Moll model parameters are IFO = 2.50 ×10-16A, • IRO 1.75 x10-16A, and αF = 0.996.
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![1. Use the Ebers-Moll model to determine Ic for an NPN BJT biased at IB = 150 nA and VCE =
0.25 V. Assume that the Ebers-Moll model parameters are
IFO = 2.50 ×10-16A,
•
IRO
1.75 x10-16A, and
αF = 0.996.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F63ef2f9f-1741-432b-8025-fe920fe702c3%2Fd615258c-7ec0-4784-89ae-13097392fd00%2Fb0tjztf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Use the Ebers-Moll model to determine Ic for an NPN BJT biased at IB = 150 nA and VCE =
0.25 V. Assume that the Ebers-Moll model parameters are
IFO = 2.50 ×10-16A,
•
IRO
1.75 x10-16A, and
αF = 0.996.
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