(a) Determine the lower cutoff frequency for the network of Fig. 11.16 using the fol- lowing parameters: EXAMPLE 11.9 C, = 10 µF, CE = 20 µF, Cc =1 µF R, = 1 kN, RL = 2.2 kN R = 40 kN, R2 = 10 kn, Rg = 2 kn, Rc =4 kn, B = 100, ro = 0 N, Vcc = 20 V
(a) Determine the lower cutoff frequency for the network of Fig. 11.16 using the fol- lowing parameters: EXAMPLE 11.9 C, = 10 µF, CE = 20 µF, Cc =1 µF R, = 1 kN, RL = 2.2 kN R = 40 kN, R2 = 10 kn, Rg = 2 kn, Rc =4 kn, B = 100, ro = 0 N, Vcc = 20 V
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![(a) Determine the lower cutoff frequency for the network of Fig. 11.16 using the fol-
lowing parameters:
EXAMPLE 11.9
C, = 10 µF,
CE = 20 µF,
Cc = 1 µF
R, = 1 kn,
RL = 2.2 kN
R = 40 kn,
R2 = 10 kn,
Rg = 2 kn,
Rc = 4 kN,
B = 100,
r, = 0 n,
Vcc = 20 V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F529b7aae-177c-4fe1-90dd-4c059b16c847%2Fe9b56b7c-92b0-46dd-9e81-7a932a8d64ee%2F1nblybj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(a) Determine the lower cutoff frequency for the network of Fig. 11.16 using the fol-
lowing parameters:
EXAMPLE 11.9
C, = 10 µF,
CE = 20 µF,
Cc = 1 µF
R, = 1 kn,
RL = 2.2 kN
R = 40 kn,
R2 = 10 kn,
Rg = 2 kn,
Rc = 4 kN,
B = 100,
r, = 0 n,
Vcc = 20 V
![20.00V
AC=ok
VCC- 20v
MAG=ok
PHASE=ok
RC
4k
R1
40k
CÇ
13.73V
ov
Rs
Cs
3.875V
Q1
Q2N2222
1uF
1k
10uF
3.166V
RL3 2.2k
Vs( 1mv
R2 10k
REE 2k
CE20UF
OV
OV
Figure 11.25 Network of Figure 11.16 with assigned values.
3.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F529b7aae-177c-4fe1-90dd-4c059b16c847%2Fe9b56b7c-92b0-46dd-9e81-7a932a8d64ee%2Fd7rjmk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:20.00V
AC=ok
VCC- 20v
MAG=ok
PHASE=ok
RC
4k
R1
40k
CÇ
13.73V
ov
Rs
Cs
3.875V
Q1
Q2N2222
1uF
1k
10uF
3.166V
RL3 2.2k
Vs( 1mv
R2 10k
REE 2k
CE20UF
OV
OV
Figure 11.25 Network of Figure 11.16 with assigned values.
3.
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