CONTENTS.
xi
page | ||
41. Voltage and current relation between the sections of a compound oscillating circuit. The voltage and current transformation at the transition points between circuit sections. | ||
42. Change of phase angle at the transition points between sections of a compound oscillating circuit. Partial reflection at the transition point. | ||
Lecture X. — Inductance and Capacity of Round Parallel Conductors
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43. Definition of inductance and of capacity. The magnetic and the dielectric field. The law of superposition of fields, and its use for calculation. | ||
44. Calculation of inductance of two parallel round conductors. External magnetic flux and internal magnetic flux. | ||
45. Calculation and discussion of the inductance of two parallel conductors at small distances from each other. Approximations and their practical limitations. | ||
46. Calculation of capacity of parallel conductors by superposition of dielectric fields. Reduction to electromagnetic units by the velocity of light. Relation between inductance, capacity, and velocity of propagation. | ||
47. Conductor with ground return, inductance, and capacity. The image conductor. Limitations of its application. Correction for penetration of eturn current in ground. | ||
48. Mutual inductance between circuits. Calculation of equation, and approximation. | ||
49. Mutual capacity between circuits. Symmetrical circuits and asymmetrical circuits. Grounded circuit. | ||
50. The three-phase circuit. Inductance and capacity of two-wire single-phase circuit, of single-wire circuit with ground return, and of three-wire three-phase circuit. Asymmetrical arrangement of three-phase circuit. Mutual inductance and mutual capacity with three-phase circuit. |