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CHAPTER 3 INDUCTANCE AND CAPACITANCE
Electrical Engineering: Principles and Applications, 6e
Allan R. Hambley
Copyright ©2014 by Pearson Education, Inc.
All rights reserved.
Figure 3.1
A parallel-plate capacitor consists of two conductive plates separated by a dielectric layer.
Allan R. Hambley
Figure 3.2
A capacitor and its fluid-flow analogy.
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Figure 3.3
The circuit symbol for capacitance, including references for the current i(t) and voltage v(t).
Allan R. Hambley
=
=
() =
() =
() =
() + ( )
() + ( )
=
()
() =
()
=
Electrical Engineering: Principles and Applications, Fifth Edition
Allan R. Hambley
Allan R. Hambley
=
()
Copyright ©2011, ©2008, ©2005 by Pearson Education, Inc.
Upper
Saddle River,
Copyright ©2014 by Pearson
Education,
Inc. New Jersey 07458
All rights reserved. All rights reserved.
Figure 3.4
Circuit and waveforms for Example 3.1.
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Figure 3.5
Waveforms for Example 3.2.
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Figure 3.6
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Figure 3.7
Square-wave current for Exercise 3.2.
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Figure 3.8
Answers for Exercise 3.2.
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Figure 3.9
Three capacitances in parallel.
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Figure 3.10
Three capacitances in series.
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Figure 3.11 A parallel-plate capacitor, including dimensions.
=
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ϵ
Upper
Saddle River,
Education,
Table 3.1
Materials
Relative Dielectric Constants for Selected
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Figure 3.12 Practical capacitors can be constructed by interleaving the plates with two dielectric layers and
rolling them up. By staggering the plates, connection can be made to one plate at each end of the roll.
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Figure 3.13
The circuit model for a capacitor, including the parasitic elements Rs, Ls, and Rp.
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Figure 3.14
See Example 3.5.
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Figure 3.15
An inductor is constructed by coiling a wire around some type of form.
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Figure 3.16
Circuit symbol and the
v − i relationship for inductance.
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()
=
()
=
()
=
()
=
() + ( )
()
()= ()
()
Allan R. Hambley
Allan R. Hambley
=
()
Upper
Saddle River,
Education,
Figure 3.17
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Figure 3.18
Circuit and waveforms for Example 3.7.
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Figure 3.19
See Exercise 3.7.
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Figure 3.20
Inductances in series and parallel are combined in the same manner as resistances.
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Figure 3.21
See Exercise 3.10.
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Figure PA3.1
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Figure PA3.2
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Figure 3.22
Circuit model for real inductors including several parasitic elements.
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Figure 3.23
Circuit symbols and
v − i relationships for mutually coupled inductances.
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Figure 3.24
A linear variable differential transformer used as a position transducer.
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Figure 3.25
Circuit of Example 3.8.
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Figure 3.26
Plot of ix(t) produced by MATLAB.
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Figure 3.27
Plots of the voltages for Example 3.8.
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Figure P3.14
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Figure P3.15
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Figure P3.16
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Figure P3.24
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Figure P3.26
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Figure P3.28
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Figure P3.36
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Figure P3.38
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Figure P3.40
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Figure P3.43
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Figure P3.45
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Figure P3.51
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Figure P3.60
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Figure P3.61
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Figure P3.63
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Figure P3.67
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Figure P3.69
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Figure P3.70
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Figure P3.72
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Figure P3.73
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Figure T3.2
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Figure T3.5
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Figure T3.6
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