E E 2415
E E 2415. Lecture 06 - Inductors and Capacitors. Physics of an Inductor (1/2). Core flux, f. Truncated hollow cylinder of permeability, m, area, A, and length l m . . Coil current, i. Flux linkage, l. Coil of N turns. Physics of an Inductor (2/2). Mmf: F = N·i.
E E 2415
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E E2415 Lecture 06 - Inductors and Capacitors
Physics of an Inductor (1/2) Core flux, f Truncated hollow cylinder of permeability, m,area, A, andlength lm. Coil current, i Flux linkage, l Coil ofN turns
Physics of an Inductor (2/2) Mmf: F = N·i Magnetic Reluctance: Core Flux: Flux linkage:
Voltage Drop Across Inductor Note Passive SignConvention
Energy in an Inductor Stored Energy
Physics of a Capacitor (1/3) Current, i, and Charge, q. Plate area, A Plate separationdistance, g Voltageacross plates Dielectric material ofpermittivity, e.
Physics of a Capacitor (2/3) Vector fields: Electric Charge:
Physics of a Capacitor (3/3) Current: Capacitance: Note PassiveSign Convention:
Energy in a Capacitor Stored Energy:
