6. Measure the DC voltages VB, VE, and VC using digital multi-meters. Determine the quiescent point of the transistor.

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5. Connect the voltage-divider bias circuit shown in Fig.4.
Vec=+12V
Rc
R,
IkN
10k2
BC107
Vc
R2
V8
5.6k2
VE
RE
1kN
Figure 4: Practical Voltage-Divider Transistor Bias Circuit
6. Measure the DC voltages VB, VE, and VC using digital multi-meters.
Determine the quiescent point of the transistor.
7. Calculate the expected Q-point of the transistor. Tabulate your results as
shown in Table 2.
Transcribed Image Text:5. Connect the voltage-divider bias circuit shown in Fig.4. Vec=+12V Rc R, IkN 10k2 BC107 Vc R2 V8 5.6k2 VE RE 1kN Figure 4: Practical Voltage-Divider Transistor Bias Circuit 6. Measure the DC voltages VB, VE, and VC using digital multi-meters. Determine the quiescent point of the transistor. 7. Calculate the expected Q-point of the transistor. Tabulate your results as shown in Table 2.
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