+V0C RB1 1803 kΩ Cel RC1 RB2 Rc2 [ 32.7 312k2 k92 HH Cc2 Cc 12 +v (Ti Rg 1kΩs Vg Cwl RL Cw2 722 RE220 KS2 51CE1 T CBT1KO

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answerhappygod
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+V0C RB1 1803 kΩ Cel RC1 RB2 Rc2 [ 32.7 312k2 k92 HH Cc2 Cc 12 +v (Ti Rg 1kΩs Vg Cwl RL Cw2 722 RE220 KS2 51CE1 T CBT1KO

Post by answerhappygod »

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Vcc=11V, β=60
fT1=125MHz, fT2=60MHz, Ccb1=Ccb2=5pF
a) Ic1=2mA, Ic2=0.5mA @ DC
c) fp,c1=fp,c2=fp,c3=fz,E1=fz,B2=6kHz
f) i) δ=6% , ii) tr=T/4
question:
f) For a symmetrical square-wave input signal, find the
frequency in [Hz], at which the output signal exhibits i) a tilt of
δ=__% , ii) a rise time of tr=T/__. (Note: T: period. T=1/f)
g) Draw the Bode plots (magnitude & phase responses) for
Av(s).
+V0C RB1 1803 kΩ Cel RC1 RB2 Rc2 [ 32.7 312k2 k92 HH Cc2 Cc 12 +v (Ti Rg 1kΩs Vg Cwl RL Cw2 722 RE220 KS2 51CE1 T CBT1KO TPF 10 RE1 PF
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