Volage Soerce ISV I (mA Superposiion =1+I= 1, = 1;+1 =I, = I, +1 = Both source, 1 = I, = Direct measurement Table (1) O Discussion 1- What is the condition under which the superposition theorem can be applied. 2- Compare the results of direct measurement and the superposition results. Are there differences between them. 3-Comment on your results. A 1000 ww Ay 3300 1000 3300 A 15V SO SC 2200 2200 Fig.(4) 1000 3300 15 2200 Fig.(3)

Volage Soerce ISV I (mA Superposiion =1+I= 1, = 1;+1 =I, = I, +1 = Both source, 1 = I, = Direct measurement Table (1) O Discussion 1- What is the condition under which the superposition theorem can be applied. 2- Compare the results of direct measurement and the superposition results. Are there differences between them. 3-Comment on your results. A 1000 ww Ay 3300 1000 3300 A 15V SO SC 2200 2200 Fig.(4) 1000 3300 15 2200 Fig.(3)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Answer the following questions to find Vx, using Superposition Analysis Note that Is = 4A and Vs = 10V: 4 2 3 2 10 V 1) 5 A Vx a) Find Vx1 due to the voltage source b) Find Vx2 due to the current source c) find the value of Vx of the
Use the principle of superposition to find the voltage Vb and current i in the circuit shown below 1 kΩ + Vb 2 kN 4 kN 90 V 2.5vp + 40 V 2 ΚΩ
Find IA in the circuit below by the use of superposition. 6 V 2 kQ +) 2 mA 6 kQ 12 kQ 3 kQ A lA 3 kQ
From the given circuit, determine the following: a) The Thevenin equivalent circuit across terminal a-b. b) The value of RL for this circuit to attain maximum power transfer. c) The maximum power this circuit can deliver. 8 V 20 RL 2 A 60
In the circuit given below, R = 8 Q. Find Vo 6Ω www 60 V 12 92 www Vo R The value of V, in the circuit is 1+ 24 V V.
f. For the network on the left, what value of Rc will cut the voltage gain to half the value obtained from the original values in the circuit? Ignore ro in your o calculation. 12 V 5.6 k2 B= 100 R- 25 us 390 k 8 V
2. Use the current divider rule to find 13. SOLUTION: XL1 Xc He |L 100 120 R1$ 402 R2 200 XL23 200 120 VZ0°
Find Vx using source transformation and superposition. ww 0.25, ww 6 V 18 V
QUESTION 5 For the circuit in Figure 5, determine: (a) Voltage across the 20 2 resistor, V202 (b) Current, I20 (c) Voltage across the 10 2 resistor, V10n (d) Current, 102 (e) Current, I 20 V Si Si 10 2 20 Ω Figure 5
Use Norton’s theorem to find Vo in the circuit of the figure. Take R = 4 ΚΩ. 36 V 12 ΚΩ 24 ΚΩ The value of Vois 2 ΚΩ mV. 10 ΚΩ www 3 mA R + V₂
solutions. VI Obtain the Thevenin equivalent circuit as seen in the A-A' terminals. Explain and show your + R www A R wwww A' R www + R www Vo
5. Find the Thevenin equivalent of the following circuit across a and b: 47 kN 100 kN 12 mA 12 V 12 kN 10 kf2