For the network of Figure below, where re= 6.932 1. Calculate Zi, Avmid = Vo / Vi. 2. Determine fLs, fLc, and fLe. 3. Determine fHi, fHo, fB and fT. 4. Determine the low and high cutoff frequency. 5....

I need the answer quicklyFor the network of Figure below, where re= 6.932 1. Calculate Zi,<br>Avmid = Vo / Vi. 2. Determine fLs, fLc, and fLe. 3. Determine fHi, fHo, fB<br>and fT. 4. Determine the low and high cutoff frequency. 5. Sketch the<br>frequency response for the amplifier 6. plot the phase response of low<br>frequency 7. Find the gain-bandwidth product of the amplifier?<br>Cwi =7 pF Cbc = 6 PF<br>Cbe = 20 PF<br>20 v,<br>Cwo = 11pF<br>3 kn<br>Cce =10 PF<br>Ž470 ka<br>Vo<br>B 110<br>0.6 kn<br>34.7 ka<br>Vs<br>0.91 kn<br>6.8 µF<br>

Extracted text: For the network of Figure below, where re= 6.932 1. Calculate Zi, Avmid = Vo / Vi. 2. Determine fLs, fLc, and fLe. 3. Determine fHi, fHo, fB and fT. 4. Determine the low and high cutoff frequency. 5. Sketch the frequency response for the amplifier 6. plot the phase response of low frequency 7. Find the gain-bandwidth product of the amplifier? Cwi =7 pF Cbc = 6 PF Cbe = 20 PF 20 v, Cwo = 11pF 3 kn Cce =10 PF Ž470 ka Vo B 110 0.6 kn 34.7 ka Vs 0.91 kn 6.8 µF

Jun 10, 2022
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