With respect to the network shown in Fig. 13.63, derive an expression for Z(jome

Question

With respect to the network shown in Fig. 13.63, derive an expression for Z(jomega) if M1 and M2 are set to their respective maximum values. Calculate I2 and V2 for the ideal transformer circuit of Fig. 13.64 if (a) V1 = 4/32 degreeV and ZL = 1 - jOhm; (b) VL = 4/32degree W and ZL = 0; (c) VL = 2/118degree V and ZL = 1.5/10degree Ohm. FIGURE 13.64 With respect to the ideal transformer circuit depicted in Fig. 13.64. calculate I2 and V2 if (a) I1 = 244/0degree mA and ZL = 5 - j2 Ohm; (b) I2 = 100/10degree mA and ZL =j2 Ohm. Calculate the average power delivered to the 400 mOhm and 21 Ohm resistors, respectively, in the circuit of Fig. 13.65.

Explanation / Answer

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I'll show how to solve one part ., continue on that steps to get answers

V1 = 4L320

V1/V2 = N1/N2

V2 = V1* N2/N1

V2 =  4L320 *6 = 24L320

but Z = 1-j

Z = 2L450

I2 = V2/Z = 24L320/ 2L450

I2 = 16.97 L(32-45)

I2 = 16.97L(-7)0  

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