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Vcc=9V, B=60 fT1=180MHz, fT2=55MHz, Ccb1=Ccb2=5pF a) Ic1=2mA, IC2=0.4mA @ DC c) fp, cl=fp,c2=fp,c3=fz,El=fzB2=1kHz f) i) 8=1%, ii) tr=T/3
+V 12 NOTE: Some BJT parameter values, Rci RB2 Rc2 [ +Voc RB1 some DC voltage/current values and 32.7 312k92 180 ΚΩ some
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answerhappygod
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+V 12 NOTE: Some BJT parameter values, Rci RB2 Rc2 [ +Voc RB1 some DC voltage/current values and 32.7 312k92 180 ΚΩ some
+V 12 NOTE: Some BJT parameter values, Rci RB2 Rc2 [ +Voc RB1 some DC voltage/current values and 32.7 312k92 180 ΚΩ some specification values are shown k92 C.2 blank. For each Project Group, a c3 Ti different value set will be provided Rg. 1kΩΣ separately. Cwl Vg? O RE2 +29 Vec v PFT B=_ for both BJTS (V7=25.9mV) and parameters for high frequency behaviour are, fri=_MHz, fr=__MHz, Cebt=Ceb2=_pF. PART 1 (deadline: 6 May 2022 Fri 23:59) a) Find Re and Rg2 such that, lcı_mA and Ic2=_mA @ DC (Take Ve=0.7V in DC). b) Calculate the medium frequency voltage gain Avmv/vg Time "Cw2 CE1 19 REIZI CETIK23 TPF
Vcc=9V, B=60 fT1=180MHz, fT2=55MHz, Ccb1=Ccb2=5pF a) Ic1=2mA, IC2=0.4mA @ DC c) fp, cl=fp,c2=fp,c3=fz,El=fzB2=1kHz f) i) 8=1%, ii) tr=T/3
Vcc=9V, B=60 fT1=180MHz, fT2=55MHz, Ccb1=Ccb2=5pF a) Ic1=2mA, IC2=0.4mA @ DC c) fp, cl=fp,c2=fp,c3=fz,El=fzB2=1kHz f) i) 8=1%, ii) tr=T/3
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