Optimum Shapes for Inductors

Optimum Shapes for Inductors

The concept of optimum shape of inductors is discussed. The optimum shape is defined to be that of the inductor which has the smallest volume for a given set of electrical specifications. This definition has the widest application and can be used to calculate the optimum shape. A dimensionless funct...

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Veröffentlicht in:IEEE transactions on parts, materials, and packaging materials, and packaging, 1969-03, Vol.5 (1), p.3-15, Article 3
1. Verfasser: Astle, B.
Format: Artikel
Sprache:eng
Schlagworte:
Conducting materials
Conductors
Equations
Frequency
Inductors
Inorganic materials
Magnetic cores
Permeability
Shape
Transformer cores
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creator Astle, B.
description The concept of optimum shape of inductors is discussed. The optimum shape is defined to be that of the inductor which has the smallest volume for a given set of electrical specifications. This definition has the widest application and can be used to calculate the optimum shape. A dimensionless function of the proportions of the inductor is related to the definition and is used to calculate the optimum shapes of three types of core: toroidal, E, and pot cores. Equations are developed to help the reader calculate the optimum shapes of other types of core.
doi_str_mv 10.1109/TPMP.1969.1136053
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The optimum shape is defined to be that of the inductor which has the smallest volume for a given set of electrical specifications. This definition has the widest application and can be used to calculate the optimum shape. A dimensionless function of the proportions of the inductor is related to the definition and is used to calculate the optimum shapes of three types of core: toroidal, E, and pot cores. 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The optimum shape is defined to be that of the inductor which has the smallest volume for a given set of electrical specifications. This definition has the widest application and can be used to calculate the optimum shape. A dimensionless function of the proportions of the inductor is related to the definition and is used to calculate the optimum shapes of three types of core: toroidal, E, and pot cores. Equations are developed to help the reader calculate the optimum shapes of other types of core.</abstract><pub>IEEE</pub><doi>10.1109/TPMP.1969.1136053</doi><tpages>13</tpages></addata></record>
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language eng
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source IEEE Electronic Library (IEL)
subjects Conducting materials
Conductors
Equations
Frequency
Inductors
Inorganic materials
Magnetic cores
Permeability
Shape
Transformer cores
title Optimum Shapes for Inductors
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