Figure 2.3 shows the circuit diagram of a typical npn BJT common emitter amplifier. The values of RB1-30 kOhm, RB2=10.XY kOhm, Rc-3.XY kOhm, Ic=2.XY mA and Vcc=24 V. If the transistor current gain ß = 50 determine using the full analysis and assuming VBE = 0.7 V the value of RE, hence identify the location of the Q-point (Ic, VCE, IB and VBE). Now sketch the AC circuit model of this amplifier and determine the value of the ac open circuit voltage gain Av and the ac short circuit current gain Ai. (Assume that Vth = 26 mV). Vin R81 Cin RB2 www Rc VB RE + Vcc Vc Cout VE ww HT Vout Ce lout x=1 y=7

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c)
Figure 2.3 shows the circuit diagram of a typical npn BJT common emitter
amplifier. The values of RB1-30 kOhm, RB2=10.XY kOhm, Rc-3.XY kOhm,
Ic=2.XY mA and Vcc=24 V. If the transistor current gain 3 = 50 determine
using the full analysis and assuming VBE = 0.7 V the value of RE, hence
identify the location of the Q-point (Ic, VCE, IB and VBE). Now sketch the AC
circuit model of this amplifier and determine the value of the ac open circuit
voltage gain Av and the ac short circuit current gain Ai. (Assume that Vth =
26 mV).
Vin
RB1
Cin
lin
RB2
-10
Rc
VB
RE
+ Vcc
Vc Cout
VE
www li
Figure 2.3
Vout
Ce
¡out
x=1
y=7
Transcribed Image Text:c) Figure 2.3 shows the circuit diagram of a typical npn BJT common emitter amplifier. The values of RB1-30 kOhm, RB2=10.XY kOhm, Rc-3.XY kOhm, Ic=2.XY mA and Vcc=24 V. If the transistor current gain 3 = 50 determine using the full analysis and assuming VBE = 0.7 V the value of RE, hence identify the location of the Q-point (Ic, VCE, IB and VBE). Now sketch the AC circuit model of this amplifier and determine the value of the ac open circuit voltage gain Av and the ac short circuit current gain Ai. (Assume that Vth = 26 mV). Vin RB1 Cin lin RB2 -10 Rc VB RE + Vcc Vc Cout VE www li Figure 2.3 Vout Ce ¡out x=1 y=7
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