Q1. The translstor parameters of Figure 1 are B= 500, V, =0.026 V and VBE =0.7 V. The two transistors are Identical. What does "the two translstors are Identical" mean In the context of circult analysis and why Is this assumption useful? Given Vec = 13.L, determine the d.c. output voltage at the output b) terminals vo1 and vo2- Note that L is the last digit of your student number. For example, If your number is C1700123, then Vcc= 13.3 V, or if your number is C1700100, Vcc = 13.0 V %D
Q1. The translstor parameters of Figure 1 are B= 500, V, =0.026 V and VBE =0.7 V. The two transistors are Identical. What does "the two translstors are Identical" mean In the context of circult analysis and why Is this assumption useful? Given Vec = 13.L, determine the d.c. output voltage at the output b) terminals vo1 and vo2- Note that L is the last digit of your student number. For example, If your number is C1700123, then Vcc= 13.3 V, or if your number is C1700100, Vcc = 13.0 V %D
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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B), c) and d)
![Q1. The transistor parameters of Figure 1 are B= 500, V= 0.026 V and
VBE
=0.7 V. The two transistors are Identical.
What does "the two translstors are Identical" mean In the context of
circult analysis and why is this assumption useful?
Given Vec = 13. L, determine the d.c. output voltage at the output
b)
terminals vo1 and vo2-
Note that L is the last digit of your student number. For example, If
your number is C1700123, then Vc
C1700100, Vcc = 13.0 V
= 13.3 V, or if your number is
Given that the input signal is = 2L sin(wt) (mV), determine the
total output voltage at terminal vo1.
Note that L is the last digit of your student number. For example, if
your number is C1700123, then v = 23 sin(@t) (mV), or if your
number is C1700100, v, = 20 sin(@t) (mV)
Draw the circuit diagram of Figure 1 with both transistors being
d)
replaced by the Darlington pairs. Explain the main consequence of
changing the single transistors by the Darlington pairs.
VcC
9 kn
9 k)
Vol
Vo2
(.)7-1.4 mA
Figure 1 Differential amplifier](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa4856ab1-07c6-4ceb-a19d-87ab89478c3b%2F9084629d-3090-4dcf-95cb-c13c1b393bb5%2Fidz4en_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1. The transistor parameters of Figure 1 are B= 500, V= 0.026 V and
VBE
=0.7 V. The two transistors are Identical.
What does "the two translstors are Identical" mean In the context of
circult analysis and why is this assumption useful?
Given Vec = 13. L, determine the d.c. output voltage at the output
b)
terminals vo1 and vo2-
Note that L is the last digit of your student number. For example, If
your number is C1700123, then Vc
C1700100, Vcc = 13.0 V
= 13.3 V, or if your number is
Given that the input signal is = 2L sin(wt) (mV), determine the
total output voltage at terminal vo1.
Note that L is the last digit of your student number. For example, if
your number is C1700123, then v = 23 sin(@t) (mV), or if your
number is C1700100, v, = 20 sin(@t) (mV)
Draw the circuit diagram of Figure 1 with both transistors being
d)
replaced by the Darlington pairs. Explain the main consequence of
changing the single transistors by the Darlington pairs.
VcC
9 kn
9 k)
Vol
Vo2
(.)7-1.4 mA
Figure 1 Differential amplifier
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