(f) Which of the following values corresponds to the output current through the resistor Roin the circuit of Figure 1.6? Assume that the bipolar junction transistor is ideal and operating in forward active mode with the usual base/collector relationship, RL =2 kN, RB= 80 kN, Ro=1 k2, and viN = 2V. The diode D is characterised by a forward voltage drop of 0.6V while the bipolar transistor has a VBE drop in forward active mode of 0.6 V and ß is a scalar constant with a value of 100. The supply voltage, Vs, has a value of 9 V.
(f) Which of the following values corresponds to the output current through the resistor Roin the circuit of Figure 1.6? Assume that the bipolar junction transistor is ideal and operating in forward active mode with the usual base/collector relationship, RL =2 kN, RB= 80 kN, Ro=1 k2, and viN = 2V. The diode D is characterised by a forward voltage drop of 0.6V while the bipolar transistor has a VBE drop in forward active mode of 0.6 V and ß is a scalar constant with a value of 100. The supply voltage, Vs, has a value of 9 V.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![(f) Which of the following values corresponds to the output current through the
resistor Ro in the circuit of Figure 1.6? Assume that the bipolar junction
transistor is ideal and operating in forward active mode with the usual
base/collector relationship, RL = 2 kN, RB = 80 k2, Ro=1 kQ, and viN = 2V.
The diode D is characterised by a forward voltage drop of 0.6V while the
bipolar transistor has a VBE drop in forward active mode of 0.6 V and ß is a
scalar constant with a value of 100. The supply voltage, Vs, has a value of 9 V.
RL
Vs
io
RB
Ro
VIN
Figure 1.6
(A) 1mA
(В) 3.33MA
(С) 3mА
(D) 2.33 mA](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F21e967f5-254c-400c-9c15-1c31f9f646a5%2F83ef6651-d592-4a4a-9eba-2f917be54d2e%2F2rknm8l_processed.png&w=3840&q=75)
Transcribed Image Text:(f) Which of the following values corresponds to the output current through the
resistor Ro in the circuit of Figure 1.6? Assume that the bipolar junction
transistor is ideal and operating in forward active mode with the usual
base/collector relationship, RL = 2 kN, RB = 80 k2, Ro=1 kQ, and viN = 2V.
The diode D is characterised by a forward voltage drop of 0.6V while the
bipolar transistor has a VBE drop in forward active mode of 0.6 V and ß is a
scalar constant with a value of 100. The supply voltage, Vs, has a value of 9 V.
RL
Vs
io
RB
Ro
VIN
Figure 1.6
(A) 1mA
(В) 3.33MA
(С) 3mА
(D) 2.33 mA
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