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2. Components and Materials.
Contents
 Part
1: Resistance, resistors, and conductors. Skin effect.
Cylindrical conductor formulae. AC resistance factor. Conductor
perimiter. Proximity effect. Part
2: The inductance of a wire. Part
3: Resistor models. Resistors and skin effect. Wirewound
and helical resistors. Resistor voltage ratings. Part
4: Capacitance, capacitors, and insulators. Measuring
permittivity. Capacitor impedance. Complex permittivity. Loss
tangent. Part
5: Understanding dielectrics. Realistic capacitor model.
Modeling polarisation. Dielectric absorption. Ferroelectricity.
Electrostriction and piezoelectricity. Electric and magnetic
counterparts. Dielectric elastomers. Part
6: Dielectric data. Interpretation of dielectric data.
Properties of water. Microwave oven test? Dielectric power loss. References
for chapter 2.Appendices:  A2.1
Practical continuous formulae for internal impedance. Vacuum
capacitors. Luminous
Quartz Resonators. Unfinished
sections. |
© D W Knight 2007.
David Knight asserts the right to be recognised as the author of this work.
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