C2 R4 22KO 10µF Vs R5 2Vpk 10KQ ~2KHz 0° VCC: 12V R1 22.2KO C3 Vout 10µF Q1 2N2222A R2 1KQ R3 C1 1k0 =1µF Figure 4. (4-a) Assume the DC Current Gain ẞ = 100, analytically calculate the following DC values: The base current Ig. I. II. The collector current Ic. III. The emitter current Iε. IV. The collector-emitter voltage difference VCE V. The base-collector voltage difference VBC (4-b) What is the region of operation for the BJT? (4-c) Assume the AC Current Gain B = 100, and the transistor output resistance between the collector and emitter r = con, analytically calculate the following AC values: I. The voltage gain (no-load). II. The input resistance. III. The output resistance.

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C2
R4
22KO
10µF
Vs
R5
2Vpk
10KQ
~2KHz
0°
VCC:
12V
R1
22.2KO
C3
Vout
10µF
Q1
2N2222A
R2
1KQ
R3
C1
1k0
=1µF
Figure 4.
(4-a) Assume the DC Current Gain ẞ = 100, analytically calculate the following DC values:
The base current Ig.
I.
II.
The collector current Ic.
III.
The emitter current Iε.
IV.
The collector-emitter voltage difference VCE
V.
The base-collector voltage difference VBC
(4-b) What is the region of operation for the BJT?
(4-c) Assume the AC Current Gain B = 100, and the transistor output resistance between the collector and
emitter r = con, analytically calculate the following AC values:
I. The voltage gain (no-load).
II.
The input resistance.
III.
The output resistance.
Transcribed Image Text:C2 R4 22KO 10µF Vs R5 2Vpk 10KQ ~2KHz 0° VCC: 12V R1 22.2KO C3 Vout 10µF Q1 2N2222A R2 1KQ R3 C1 1k0 =1µF Figure 4. (4-a) Assume the DC Current Gain ẞ = 100, analytically calculate the following DC values: The base current Ig. I. II. The collector current Ic. III. The emitter current Iε. IV. The collector-emitter voltage difference VCE V. The base-collector voltage difference VBC (4-b) What is the region of operation for the BJT? (4-c) Assume the AC Current Gain B = 100, and the transistor output resistance between the collector and emitter r = con, analytically calculate the following AC values: I. The voltage gain (no-load). II. The input resistance. III. The output resistance.
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