Question

Complete the following design to meet the following requirements: +Vcc C4 R5 R1 C1 out Q1 C3 in R2 R3 R4 C2 Vcc = 12 volts, C1, C2, C3, and C4 are 1000 uF, Q1 is a 2N3904 The output load (not shown) is a 600 ohm resistance connected between the point labeled out and ground. The input signal is from a source with 10 mVpp amplitude at 1000 Hz and the series resistance for this source is 600 ohms (due to the internal source resistance, the voltage appearing at the point labeled in will be less than 10 mVpp). Perfect impedance matching for the input is not required, but output impedance should be closely matched for optimal performance. The output signal measured across the 600 ohm load resistance must be between 200 and 250 mVpp and the sine wave must be clean with no clipping nor obvious distortion.

          Complete the following design to meet the following requirements:
+Vcc
C4
R5
R1
C1
out
Q1
C3
in
R2
R3
R4
C2
Vcc = 12 volts, C1, C2, C3, and C4 are 1000 uF, Q1 is a 2N3904
The output load (not shown) is a 600 ohm resistance connected between the point labeled out and
ground.
The input signal is from a source with 10 mVpp amplitude at 1000 Hz and the series resistance for this
source is 600 ohms (due to the internal source resistance, the voltage appearing at the point labeled in
will be less than 10 mVpp). Perfect impedance matching for the input is not required, but output
impedance should be closely matched for optimal performance.
The output signal measured across the 600 ohm load resistance must be between 200 and 250 mVpp
and the sine wave must be clean with no clipping nor obvious distortion.

Complete the following design to meet the following requirements:
+Vcc
C4
R5
R1
C1
out
Q1
C3
in
R2
R3
R4
C2
Vcc = 12 volts, C1, C2, C3, and C4 are 1000 uF, Q1 is a 2N3904
The output load (not shown) is a 600 ohm resistance connected between the point labeled out and
ground.
The input signal is from a source with 10 mVpp amplitude at 1000 Hz and the series resistance for this
source is 600 ohms (due to the internal source resistance, the voltage appearing at the point labeled in
will be less than 10 mVpp). Perfect impedance matching for the input is not required, but output
impedance should be closely matched for optimal performance.
The output signal measured across the 600 ohm load resistance must be between 200 and 250 mVpp
and the sine wave must be clean with no clipping nor obvious distortion.

Added by Raquel G.

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