3.3 ka Ro CH1 Ca CH2 2.2 pF 2N3819 2.2 µF R 10 ka Vout 0.2 Vpe Vs Ro f = 10 kHz Rs 560 0 Cs 1 MQ 10 uF Figure 7: The Practical Common-Source Amplifier Circuit . Calculat 'n ле ар er volts

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2_527152930
3.3 ka
Ro
CH1
Ca
CH2
Q,
2.2 µF
2N3819
2.2 uF
R
10 ΚΩS
Vout
0.2 V. ) Vs
RG
1 MQ
Rs
560 Q3
f= 10 kHz
Cs
10 µF
Figure 7: The Practical Common-Source Amplifier Circuit
3. Calculat
'n
ie ar
er volts
5. .
-- g and
remc
-- cuit of Fig.7.
7. What is the effect of increasing the source resistance Rs on the voltage gain of the amplifier
circuit?
-112-
Transcribed Image Text:2_527152930 3.3 ka Ro CH1 Ca CH2 Q, 2.2 µF 2N3819 2.2 uF R 10 ΚΩS Vout 0.2 V. ) Vs RG 1 MQ Rs 560 Q3 f= 10 kHz Cs 10 µF Figure 7: The Practical Common-Source Amplifier Circuit 3. Calculat 'n ie ar er volts 5. . -- g and remc -- cuit of Fig.7. 7. What is the effect of increasing the source resistance Rs on the voltage gain of the amplifier circuit? -112-
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