1. (a) Draw the circuit diagram of a two-stage RC coupled CE-Transistor amplifier, analyze the Frequency Response of the amplifier and, what is -3dB bandwidth? (10) (b) See the circuit below Fig. 1, where R1 = 8k?, R2 = 2k?, RC = 4.7 k?, RE = 1.2 k?, VCC = 10 V, ? is changing from 100 to 200, calculate the change in IC? (5) +VCC R1 RC ?DC R2 RE Fig. 1

          1. (a) Draw the circuit diagram of a two-stage RC coupled CE-Transistor amplifier, analyze
the Frequency Response of the amplifier and, what is -3dB bandwidth? (10)
(b) See the circuit below Fig. 1, where R1 = 8k?, R2 = 2k?, RC = 4.7 k?, RE = 1.2 k?,
VCC = 10 V, ? is changing from 100 to 200, calculate the change in IC? (5)
+VCC
R1 RC
?DC
R2 RE
Fig. 1

1. (a) Draw the circuit diagram of a two-stage RC coupled CE-Transistor amplifier, analyze
the Frequency Response of the amplifier and, what is -3dB bandwidth? (10)
(b) See the circuit below Fig. 1, where R1 = 8k?, R2 = 2k?, RC = 4.7 k?, RE = 1.2 k?,
VCC = 10 V, ? is changing from 100 to 200, calculate the change in IC? (5)
+VCC
R1 RC
?DC
R2 RE
Fig. 1

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University Physics with Modern Physics

Hugh D. Young 14th Edition

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### Part (a): Two-Stage RC Coupled CE-Transistor Amplifier ** Show more…

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1. (a) Draw the circuit diagram of a two-stage RC coupled CE-Transistor amplifier, analyze the Frequency Response of the amplifier and, what is -3dB bandwidth? (10) (b) See the circuit below Fig. 1, where R1 = 8k̩, R2 = 2k̩, RC = 4.7 k̩, RE = 1.2 k̩, VCC = 10 V, ̢ is changing from 100 to 200, calculate the change in IC? (5)