Figure 2 shows the RLC circuit. [Rajah 2 menunjukkan litar RLC.] determine current using mesh analysis in fasor domain. With the aid of a suitable diagram, explain the procedure to determine the unknown current in a AC circuit. Then, find the current, voltage and power across the 20 Q resistor, 0.1 F capacitor and 5H inductor. [Tentukan arus menggunakan analisa jejaring di dalam domain fasor. Dengan bantuan gambarajah yang sesuai, terangkan prosedur untuk menentukan arus yang tidak diketahui dalam litar AC. Kemudian, cari arus, voltan dan kuasa merentasi perintang 20 Q, pemuat 0.1 F dan induktor 5H.] As an engineer, you are required to redesign the circuit in Figure 2 to ensure the equivalence of the current flowing through the resistor and the capacitor. Determine the required value of the capacitor with all the calculations involved in order to complete this task. [Sebagai jurutera, anda diminta untuk mereka bentuk semula litar pada Rajah 2 untuk memastikan kesamaan arus yang mengalir melalui perintang dan pemuat. Tentukan nilai pemuat yang diperlukan dengan semua pengiraan yang terlibat untuk menyelesaikan tugas ini.] 20 Ω 0.1 F 14 Is=4cos2t A A Vs=60cos(2t+30) V 5H ll

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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14 cos 2t A

 

not     4 cos 2t A

Figure 2 shows the RLC circuit.
[Rajah 2 menunjukkan litar RLC.]
determine current using mesh analysis in fasor domain. With the aid of a suitable
diagram, explain the procedure to determine the unknown current in a AC circuit.
Then, find the current, voltage and power across the 20 Q resistor, 0.1 F capacitor and
5H inductor.
[Tentukan arus menggunakan analisa jejaring di dalam domain fasor. Dengan bantuan gambarajah
yang sesuai, terangkan prosedur untuk menentukan arus yang tidak diketahui dalam litar AC.
Kemudian, cari arus, voltan dan kuasa merentasi perintang 20 Q, pemuat 0.1 F dan induktor 5H.]
As an engineer, you are required to redesign the circuit in Figure 2 to ensure the
equivalence of the current flowing through the resistor and the capacitor. Determine
the required value of the capacitor with all the calculations involved in order to
complete this task.
[Sebagai jurutera, anda diminta untuk mereka bentuk semula litar pada Rajah 2 untuk memastikan
kesamaan arus yang mengalir melalui perintang dan pemuat. Tentukan nilai pemuat yang diperlukan
dengan semua pengiraan yang terlibat untuk menyelesaikan tugas ini.]
Transcribed Image Text:Figure 2 shows the RLC circuit. [Rajah 2 menunjukkan litar RLC.] determine current using mesh analysis in fasor domain. With the aid of a suitable diagram, explain the procedure to determine the unknown current in a AC circuit. Then, find the current, voltage and power across the 20 Q resistor, 0.1 F capacitor and 5H inductor. [Tentukan arus menggunakan analisa jejaring di dalam domain fasor. Dengan bantuan gambarajah yang sesuai, terangkan prosedur untuk menentukan arus yang tidak diketahui dalam litar AC. Kemudian, cari arus, voltan dan kuasa merentasi perintang 20 Q, pemuat 0.1 F dan induktor 5H.] As an engineer, you are required to redesign the circuit in Figure 2 to ensure the equivalence of the current flowing through the resistor and the capacitor. Determine the required value of the capacitor with all the calculations involved in order to complete this task. [Sebagai jurutera, anda diminta untuk mereka bentuk semula litar pada Rajah 2 untuk memastikan kesamaan arus yang mengalir melalui perintang dan pemuat. Tentukan nilai pemuat yang diperlukan dengan semua pengiraan yang terlibat untuk menyelesaikan tugas ini.]
20 Ω
0.1 F
14
Is=4cos2t A
A Vs=60cos(2t+30) V
5H
ll
Transcribed Image Text:20 Ω 0.1 F 14 Is=4cos2t A A Vs=60cos(2t+30) V 5H ll
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