ت Vcc Re HE C₂ FIG. 4.28 Voltage-divider bias configuration. -0% Ico Alc Q-point (resulting Ing) VcRQ FIG. 4.29 Defining the Q-point for the voltage-divider bias configuration. Determine the Q-point equations of the voltage divider circuit above. - Base Current Operating Point Equation (IBO) - Collector Current Operating Point Equation (Ico) Collector-Emitter Voltage Operating Point Equation (VCEQ) VCE

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HH
C₁
www
Vcc
Rc
RE
m
www
HH
C₂
FIG. 4.28
Voltage-divider bias configuration.
1cg
Q-point
1
VCEQ
(resulting 18g)
FIG. 4.29
Defining the Q-point for the voltage-divider bias
configuration.
Determine the Q-point equations of the voltage divider circuit above.
- Base Current Operating Point Equation (IBO)
Collector Current Operating Point Equation (Ico)
Collector-Emitter Voltage Operating Point Equation (VCEO)
VCE
Transcribed Image Text:HH C₁ www Vcc Rc RE m www HH C₂ FIG. 4.28 Voltage-divider bias configuration. 1cg Q-point 1 VCEQ (resulting 18g) FIG. 4.29 Defining the Q-point for the voltage-divider bias configuration. Determine the Q-point equations of the voltage divider circuit above. - Base Current Operating Point Equation (IBO) Collector Current Operating Point Equation (Ico) Collector-Emitter Voltage Operating Point Equation (VCEO) VCE
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