 |
|
|
|
|
Components & 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.
Practical
continuous functions for
the internal impedance of solid cylindrical conductors.DWK. Calculation methods for AC resistance and internal inductance of wires.
|
Vacuum
capacitors.
Luminous
Quartz Resonators. |
 |
Online references and further reading
Copper wire tables. BS
Circ. 31. 1914. (IACS).
Self
and mutual inductances of linear conductors. E B
Rosa, BBS 4(2). 1908.
Formulas
for Computing Capacitance and Inductance. C Snow.
NBS Circular 544, 1954. [BS Circ. 544]. (1.1 MiB).
Polymerization of styrene & some
concepts of the electrical properties of plastics.
A J Warner, Elec. Comm. Vol. 21(3), 1943. p180 - 193.
Links
International Annealed Copper Standard (IACS) (Wikipedia).
Copper
Development
Association .
Study of the Method of Geometric Mean
Distances Used in Inductance Calculations. H L Seneff, MSc. Thesis, U. Missouri. 1947. (3.8 MiB).
| |
|
|
|
|