For the circuit below, given Vcc = 15 V, answer the following: (a) Choose component values such that the transresistance gain has a mini- mum magnitude of 75V/mA. The BJT has a ß in the range 55 to 120. Use standard resistance values for Rc and RE, and let 100 ≤RE ≤ 970 N (b) For your chosen component values, what will be the largest possible value of transresistance gain? (c) For this largest value of transresistance gain, at what value of iIN will Q₁ saturate? What will be the corresponding value of vouT?
For the circuit below, given Vcc = 15 V, answer the following: (a) Choose component values such that the transresistance gain has a mini- mum magnitude of 75V/mA. The BJT has a ß in the range 55 to 120. Use standard resistance values for Rc and RE, and let 100 ≤RE ≤ 970 N (b) For your chosen component values, what will be the largest possible value of transresistance gain? (c) For this largest value of transresistance gain, at what value of iIN will Q₁ saturate? What will be the corresponding value of vouT?
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:For the circuit below, given Vcc = 15 V, answer the following:
(a) Choose component values such that the transresistance gain has a mini-
mum magnitude of 75V/mA. The BJT has a ß in the range 55 to 120. Use
standard resistance values for Rc and RE, and let 100 ≤ RE≤ 970
(b) For your chosen component values, what will be the largest possible value
of transresistance gain?
(c) For this largest value of transresistance gain, at what value of iN will Q₁ 1
saturate?
What will be the corresponding value of voUT?
iIN
I
QVcc
Rc
aw
Q1
RE
VOUT
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Rc does not look like a standard resistor value? and what about choosing value for Re, it has to be standard value as well
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