Survey, Characteristics, And Evaluation Of High-Performance Magnetic Core Materials
Report Number: WADC TR 52-287
Author(s): Hoh, Siegfried R.
Corporate Author(s): Components And Systems Laboratory
Laboratory: Components & Systems Laboratory
Date of Publication: 1952-01
Pages: 41
Contract: None Given
DoD Project: None Given
Identifier: AD0004084
AD Number: 4084
Abstract:
The great number of high performance magnetic core materials is surveyed and various direct current and alternating current characteristics of such materials are presented in table and chart formats. Figures of merit are derived and their suitability for a characterization of materials is discussed. These figures of merit are used to compare and evaluate such different types of core materials as laminated materials, powdered materials, and ferrites. Universal charts covering characteristics of high performance core materials over wide frequency and flux density ranges are presented herein. A portion of this report is devoted to the review and consolidation of various permeability concepts which are used to describe material characteristics at high frequencies.
Provenance: IIT
Author(s): Hoh, Siegfried R.
Corporate Author(s): Components And Systems Laboratory
Laboratory: Components & Systems Laboratory
Date of Publication: 1952-01
Pages: 41
Contract: None Given
DoD Project: None Given
Identifier: AD0004084
AD Number: 4084
Abstract:
The great number of high performance magnetic core materials is surveyed and various direct current and alternating current characteristics of such materials are presented in table and chart formats. Figures of merit are derived and their suitability for a characterization of materials is discussed. These figures of merit are used to compare and evaluate such different types of core materials as laminated materials, powdered materials, and ferrites. Universal charts covering characteristics of high performance core materials over wide frequency and flux density ranges are presented herein. A portion of this report is devoted to the review and consolidation of various permeability concepts which are used to describe material characteristics at high frequencies.
Provenance: IIT