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9.54 Use the node-voltage method to find V, in the ór- Section 9.8 Fig cuit in Fig. P9.54. Figure P9.54 j10 2 j10 2 240/0° V 50 N 300

9.54 Use the node-voltage method to find V, in the ór- Section 9.8 Fig cuit in Fig. P9.54. Figure P9.54 j10 2 j10 2 240/0° V 50 N 300

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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#9.54
9.54 Use the node-voltage method to find V, in the óir- 9.53 Find the Thévenin impedance seen looking into terminals a,b of the circuit in Fig, P9.53 il the t nit with respect to vn in Fig. P9.49. Figure P9.52 400 nF 5i HE expression lor in 5 cos 2500 Aa 600 pH be Figure P9.56 quency of operation is (25/7) kHz. 50 F th respect to in Fig. P9.50 Figure P9.53 2.5 nF 39 is 5 nF 2.4 kN 9.57 Use the n state expre 90 N 3.3 kl PSPICE V2 MULTISIM be Vg1 = v2 Section 9.8 g at a fre- and lies = 10. Figure P9.57 cuit in Fig. P9.54. n imped- s purely Figure P9.54 Vgl j10 N j10 N ance for 240/0° V 3 50 N 9.58 U évenin vhat is 300 mped- 9.55 Use the node-voltage method to find the phasor voltage V, in the circuit shown in Fig. P9.55. Figure P9.55 -j4 N -18 0 120
Transcribed Image Text:9.54 Use the node-voltage method to find V, in the óir- 9.53 Find the Thévenin impedance seen looking into terminals a,b of the circuit in Fig, P9.53 il the t nit with respect to vn in Fig. P9.49. Figure P9.52 400 nF 5i HE expression lor in 5 cos 2500 Aa 600 pH be Figure P9.56 quency of operation is (25/7) kHz. 50 F th respect to in Fig. P9.50 Figure P9.53 2.5 nF 39 is 5 nF 2.4 kN 9.57 Use the n state expre 90 N 3.3 kl PSPICE V2 MULTISIM be Vg1 = v2 Section 9.8 g at a fre- and lies = 10. Figure P9.57 cuit in Fig. P9.54. n imped- s purely Figure P9.54 Vgl j10 N j10 N ance for 240/0° V 3 50 N 9.58 U évenin vhat is 300 mped- 9.55 Use the node-voltage method to find the phasor voltage V, in the circuit shown in Fig. P9.55. Figure P9.55 -j4 N -18 0 120
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