Vcc = 18 V Rc 1.8 kΩ RB1 6.8 k2 C= 5 µF Q2 10 µF RB2 (B=B2= 200) Vol 5.6 kN Vir C, = 5 µF RB3 RE CE= 20 µF 4.7 k2 1.1 k2 FIG. 5.71 Practical cascode circuit for Example 5.16. Draw Ac equivalent...

i need the answer quickly Vcc = 18 V Rc 1.8 kΩ RB1 6.8 k2 C= 5 µF Q2 10 µF RB2 (B=B2= 200) Vol 5.6 kN Vir C, = 5 µF RB3 RE CE= 20 µF 4.7 k2 1.1 k2 FIG. 5.71 Practical cascode circuit for Example 5.16. Draw Ac equivalent circuit for fig 5.71

Vcc = 18 V<br>Rc<br>1.8 kΩ<br>RB1<br>6.8 k2<br>C= 5 µF<br>Q2<br>10 µF<br>RB2<br>(B=B2= 200)<br>Vol<br>5.6 kN<br>Vir<br>C, = 5 µF<br>RB3<br>RE<br>CE= 20 µF<br>4.7 k2<br>1.1 k2<br>FIG. 5.71<br>Practical cascode circuit for Example 5.16.<br>Draw Ac equivalent circuit for fig 5.71<br>

Extracted text: Vcc = 18 V Rc 1.8 kΩ RB1 6.8 k2 C= 5 µF Q2 10 µF RB2 (B=B2= 200) Vol 5.6 kN Vir C, = 5 µF RB3 RE CE= 20 µF 4.7 k2 1.1 k2 FIG. 5.71 Practical cascode circuit for Example 5.16. Draw Ac equivalent circuit for fig 5.71

Jun 10, 2022

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Vcc = 18 V Rc 1.8 kΩ RB1 6.8 k2 C= 5 µF Q2 10 µF RB2 (B=B2= 200) Vol 5.6 kN Vir C, = 5 µF RB3 RE CE= 20 µF 4.7 k2 1.1 k2 FIG. 5.71 Practical cascode circuit for Example 5.16. Draw Ac equivalent...

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