16. For each circuit in Figure 19-56. maximum power is to be transferred to the load RJ. Determine the appropriate value for the load impedance in each ca Figure 19-56 O lll R WwW 6.8 ΚΩ V₂ 15/0° V f = 3 kHz I, 5020⁰ mA 100 mH 0.0047μF C 22 μF R 8.2 ΚΩ Xc 5 ΚΩ O R www 50 Ω V₂ 10/0° V f = 120 Hz ZL ZL ZL

Q: What is the time constant of bel ow circuit? 100 50 uF 10 V R C 60 Hz O 0.0000005 O 0.5 O 0.00005…

A: Given circuit,

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Q: 12. Determine @ for the circuit in Figure 16-62. ► FIGURE 16-62 V₁ 3.0/0° V R www 47 Q 60 Hz Hell L…

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Q: Lepeepoinn Theoam. heorem.

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A:

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Q: VCC = 20 V RB = 430 kOhm RC = 2 kOhm RE= 1 kOhm VBE(ON) = 0.7 V beta = 100 VIO 15.64 V O 14.24 V…

A:

Q: 12. Determine for the circuit in Figure 16-62.

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Q: 3r the circrit Sham belown deternen the followiny ORT え

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A:

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Q: t. - 34 7- Sinzt dt t

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Q: find RE AND RB

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A: Given circuit: Inductance, L=120 mH. Reactance, XL=3768 Ω.

Q: uit shown below, 2. 2.4

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Q: IE=4mA RC=15kΩ ve VT=26 mV Find the voltage gain (AV).

A: IE=4mA;  RC=15kΩ ; VT=26 mV Find the voltage gain (AV).

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).