nd Vo and the current through R5. 11 5mA R1 12k M R2 R3 20k 40k R4 12k m R5 20k R7 10k R6 10k

trans form Home work 5 Q Find Hh response (the Cnment) of thie RLC in frgure below, where EG)is 3inusoidal if osts 27 if Et)= too Sin 40ot ECt) = 0 %3D and initial condition are Zeno- E 4)

Find the output voltage for the circust below

What would be the difference if the -25V gain is positive?

R. For the circuit shown, • R1 = 3.9 k2 R, R6 • R2 = 82 k2 R. R3 = 4.7 k2 R, voW R4 = 6.8 k2 R5 = 47 k2 R6 = 8.2 k2 • 'x = 1 V Vy = 60 V • vy= -90 V What is the output voltage v,?

16 In figure H below Find Vth 17. In figure H below Find Rth 18. In figure H find Maximum Power Transfer at RL +24 V H. 100 15 0 RL 150 www 20 0

.Q5/What the value of Rr.Fr, are required in the circuit below. Rt 47 kOhm 0 022 u Ac1-RE Ac1=29 0.022 uf 47 kOhm ETTERE 0 022 uf HH 47 kOhm Vo

Find the current through R5.

Vsupply1 10V (R1 22.2ko RC1 8200 C2 Vo C1 0.47µF HH B = 34 RL 4.7µF 24700 Vs R2 RE1 4700 1502 C3 #470µF Q1) (Dc analysis) For the circuit above find the following: 1. Ica- 2. VCEQ- 3. leQ- 4. VEQ- 5. IBQ- 6. VBQ- 7. Vca. Repeat the analysis above using: a) The approximate approach. b) The exact approach.

Q4: For the circuit shown in Figure (3) find Vo R2 3kO -15.0V -15.0V -15.0V R1 R7 V1 741 2ka 741 1kn 741 Vo 4Vpk 1kHz R8 1kQ R3 2ko 15.0V v21 15.0V R5 R6 2Vpk 1kHz 15.0V 1kQ 1kO R4 3kn Figure (3) Q5: If you have 10KN resistors, 741 IC and different capacitors, design a band-pass filter with fi=500 Hz and fy=20 kHz.