Suppose a PIN photodiode has the following parameters:=lnA, Ip=4nA, 1=0.9085, F-=M2, R1=1000 Q and B=20MHZ. Consider a sinusoidally varying 1300 nm signal. The incident optical power is 300 nW (-35dBm). Find the various noise terms of the receiver: iv. Primary photocurrent Ip V. Mean square quantum noise current Iq vi. Mean square dark current IdB vii. Mean square thermal noise current IT for temperature at 293K
Suppose a PIN photodiode has the following parameters:=lnA, Ip=4nA, 1=0.9085, F-=M2, R1=1000 Q and B=20MHZ. Consider a sinusoidally varying 1300 nm signal. The incident optical power is 300 nW (-35dBm). Find the various noise terms of the receiver: iv. Primary photocurrent Ip V. Mean square quantum noise current Iq vi. Mean square dark current IdB vii. Mean square thermal noise current IT for temperature at 293K
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Suppose a PIN photodiode has the following parameters:=lnA, Ip=4nA, 1=0.9085, F-=M2,
R1=1000 Q and B=20MHZ. Consider a sinusoidally varying 1300 nm signal. The incident
optical power is 300 nW (-35dBm). Find the various noise terms of the receiver:
iv. Primary photocurrent Ip
V. Mean square quantum noise current Iq
vi. Mean square dark current IdB
vii. Mean square thermal noise current IT for temperature at 293K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3148a9f6-334e-4497-a234-74885a37f7f5%2F9f6e8c47-31e1-447f-a113-5034eaa2688c%2F42sg72_processed.png&w=3840&q=75)
Transcribed Image Text:Suppose a PIN photodiode has the following parameters:=lnA, Ip=4nA, 1=0.9085, F-=M2,
R1=1000 Q and B=20MHZ. Consider a sinusoidally varying 1300 nm signal. The incident
optical power is 300 nW (-35dBm). Find the various noise terms of the receiver:
iv. Primary photocurrent Ip
V. Mean square quantum noise current Iq
vi. Mean square dark current IdB
vii. Mean square thermal noise current IT for temperature at 293K
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