13.16 Obtain the Norton equivalent at terminals a-b of the circuit in Fig. 13.85. 80/0° V+ Figure 17 ΤΩ 8Ω ΤΩ ww j49 Ω 16 Ω www a 292 b

Problem 13.2-22 The input to this circuit is the voltage of the voltage source, vs(t). The output is the voltage, vo(t), across the capacitor. 34 2 500 2 Vs (: 95 ia 3.5 mF Vo ia The network function of this circuit is Vo(w) Vs(w) a 1+ jbw H(w) = where a and b are real constants. Determine the values of a and b. a = and b

Chapter 13, Solution 2. Using Fig. 13.73, design a problem to help other students to better understand mutual ind Although there are many ways to solve this problem, this is an example based on the sam of problem asked in the third edition. Problem Determine the inductance of the three series-connected inductors of Fig. 13.73. 4H 6 H 6 H m m m 10 H 12 H 8 H

13.13 Determine the voltage V, in the circuit shown in Figure 13-40 using superposition. -j2 0 j4 2 jl n +. 12 20° V 3+j6 N Vx 2 20° A A o079 FIGURE 13-40: Circuit schematic for problem 13.13. +1