FUNDAMENTALS OF CHARLES K ALEXANDER MATTHEW N O

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 9

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10 Mesh

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 13

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 14

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 16

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 20

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 21

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 41

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 42

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FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 1 For Example 10. 1 Mc. Graw-Hill 1 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 2 Frequency domain equivalent of the circuit in Fig. 10. 1 Mc. Graw-Hill 2 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 9 For Example 10. 4 Mc. Graw-Hill 3 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10 Mesh analysis of the circuit in Fig. 10. 9 Mc. Graw-Hill 4 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 13 for Example 10. 6 Mc. Graw-Hill 5 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 14 Solution for Example 10. 6 a) all sources except dc 5 -V set to zero Mc. Graw-Hill 6 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 14 Solution for Example 10. 6 b) all sources except 10 cos 10 t set to zero Mc. Graw-Hill 7 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 14 Solution for Example 10. 6 c) all sources except 2 sin 5 t set to zero Mc. Graw-Hill 8 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 16 Source transformation Mc. Graw-Hill 9 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 20 Thevenin equivalent Mc. Graw-Hill 10 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 21 Norton equivalent Mc. Graw-Hill 11 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 41 Capacitance multiplier Mc. Graw-Hill 12 © The Mc. Graw-Hill Companies, Inc.

FUNDAMENTALS OF CHARLES K. ALEXANDER MATTHEW N. O. SADIKU ELECTRIC CIRCUITS Fig. 10. 42 Wien bridge oscillator Mc. Graw-Hill 13 © The Mc. Graw-Hill Companies, Inc.