20091ee110_1_ee110_hw3

20091ee110_1_ee110_hw3 - ' Wm Find the Thévenin impedance...

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Unformatted text preview: ' Wm Find the Thévenin impedance aeen lee-king inte the terminals a,b ef the circuit in Fig. F9461 if the fre— qufll'lCF nf npetatinn is ’25 kradfa. Figure P'QJEE it} T i .1 IF -—nF aka lkfl 3 47" 1111 PM Find the Nnrten equivalent with respect tn termi- nala a.h in the eirenit at" Fig. 139.41 Figure PEI.“I 9.53 Use the nude 1njrltege nrethnd tn find the steady—state expressinns fer the brnneh enrrents in and rib in the eireuit seen in Fig. 139.53 if 113 = NH} sin 1&0er and sh = SUD ens ltlflflflt V. Figure PFLSS 9.55 Use the nnde—vnltage methnd tn find Va and In in the Circuit seen in Fig. P955. Figure P955 jfilfl fl 9.74 Fer the eireuit in Fig. P9.?4, find the Thevenin equivalent with reepeet tn the terminals e.ti. Figure P9,?4 225 £11” 1’ {rate} 9.75 The value of k in the circuit in Fig. P935 is adjusted at) that Zflh ia purely resistive when a: = 25 ktads'i Find Z ab. 25L} nF ...
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This note was uploaded on 04/03/2009 for the course EE 110 taught by Professor Gupta during the Spring '08 term at UCLA.

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20091ee110_1_ee110_hw3 - ' Wm Find the Thévenin impedance...

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