The two sources V1 and V2 are cosine voltage sources: V1: Vp = 15 V, 0 = 0°, o = 400 rad/secs V2: Vp = 25 V, 0 = 30°, o = 400 rad/secs L1 L2 20mH 25mH R1 R2 10 35 V1 V2 VOFF = 0 VAMPL = 15 FREQ = 63.60 AC = 0 VOFF = 0 VAMPL = 25 FREQ = 63.68 C1 150u %3D AC = 0 %3D

Q: Vin O R www 100 Ω (a) f = 60 Hz o Vou out C 10 μF

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Q: 3Ω-13 Ω -j2 N j3 2 6 2 22 jó 2 -j15 Q j4 2 -j2 2 ell 50 V/ 60° (~ j3 2 -j9 2 12Ω j9Ω Figure 23-23 ll…

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Q: Determine Vx in the figure. Take /= 6.520° A. 20 2 j10 2 Vx t, 4 Vx 202 °V. The value of Vxis

A: In this answer we will solve for Vx as shown below using the Kvl and mesh equation method.

Q: Find the equivalent impedance Z in figure 1 when w=2000rad/s. Express the results in both…

A: Z = R1 + j XL1 + R2×j XC1R2 + j XC1 ----------- 1) XL1 = W×L1 -------- 2) Putting value in equation…

Q: Phasor06 Zab b 120 mH 150 Ω 25 μF f := 50 Hz 50 Hz Find Zab

A: Given network is,                                                                     frequency…

Q: Find the phasor input V1 in the figure 4 when the phasor output is Vo- 200+j100V

A: Here the voltage across the capacitor and the resistor is the same, such that V0. By applying ohm's…

Q: Determine the impedance of the circuit in Figure 3 at the given frequency. 10 kHz Rw 20 (2 ++ 4.7 ΚΩ…

A: laplace  transfer of capacitor, C→1cs laplace  transfer of  inductor, L→Ls So that Rw and L are in a…

Q: C1 R1 L1 5002 500mH 220μ Vs 220 Vrms 50 Hz 0°

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Q: XL 100 0 A1 Q3 Xc R Vs 1 <0° Vrms AC 150 0 220 0

A: Phasor form

Q: hzı hzz hiz= os2 h2i = 1002 hzz= 5052 %3D ) Find G) Vz Vg 2) Find Zin = V9 11 3) Einu 12

A: In this question,  H parameters are given.  Find the ratio of Vz /Vg   Vg /I1   I2 /I1  We know V=…

Z parameter

The Z-parameters that are the impedance parameters of a two-port network are defined by expressing the two-port voltages V1 and V2 in terms of two-port currents I1 and I2. The Z-parameters are calculated by open circuiting one of the two ports at a time henceforth they are called open-circuit impedance parameters.