The Performance Factor for Magnetic Materials Revisited: The Effect of Core Losses on the Selection of Core Size in Transformers

William Gerard Hurley; Tim Merkin; Maeve Duffy

doi:10.1109/MPEL.2018.2848738

The Performance Factor for Magnetic Materials Revisited: The Effect of Core Losses on the Selection of Core Size in Transformers

William Gerard Hurley
, Tim Merkin
, Maeve Duffy

Electrical & Electronic Engineering

Texas Instruments

Research output: Contribution to specialist publication › Article

32 Citations (Scopus)

Abstract

The performance factor (PF) for magnetic materials originated with S.A. Mulder [1] to compare different grades of ferrite materials. It essentially consists of a plot of the product of the frequency (<italic>f</italic>) and flux density (<italic>B</italic>) versus frequency at a specified level of power loss per unit volume.

Original language	English
Pages	26-34
Number of pages	9
Volume	5
No.	3
Specialist publication	IEEE Power Electronics Magazine
DOIs	https://doi.org/10.1109/MPEL.2018.2848738
Publication status	Published - Sep 2018

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10.1109/MPEL.2018.2848738

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title = "The Performance Factor for Magnetic Materials Revisited: The Effect of Core Losses on the Selection of Core Size in Transformers",

abstract = "The performance factor (PF) for magnetic materials originated with S.A. Mulder [1] to compare different grades of ferrite materials. It essentially consists of a plot of the product of the frequency (f) and flux density (B) versus frequency at a specified level of power loss per unit volume.",

author = "Hurley, \{William Gerard\} and Tim Merkin and Maeve Duffy",

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AU - Duffy, Maeve

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AB - The performance factor (PF) for magnetic materials originated with S.A. Mulder [1] to compare different grades of ferrite materials. It essentially consists of a plot of the product of the frequency (f) and flux density (B) versus frequency at a specified level of power loss per unit volume.

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JO - IEEE Power Electronics Magazine

JF - IEEE Power Electronics Magazine

ER -

The Performance Factor for Magnetic Materials Revisited: The Effect of Core Losses on the Selection of Core Size in Transformers

Abstract

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