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Abstract

In this paper, a novel three-dimensional (3-D) magnetic tester with symmetrical orthogonal excitation structure and cubic field-metric sensing structure is designed and analyzed. Automatic measurement system, which includes feedback control method, harmonics compensation, and automatic data processing is developed for the 3-D magnetic tester. In order to improve the measurement precision, cross effects of the magnetic fields in three principal directions are concerned, and error mitigation methods which fit for different excitation models are proposed. Magnetic properties of typical grain-oriented (GO) and non-grain-oriented (NGO) laminated silicon steel specimens under alternating and rotating excitations are measured and analyzed by using the designed 3-D magnetic tester.

Keywords

Laminated silicon steel 3-D magnetic tester automatic measurement system dynamic magnetic properties rotating excitation

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References

Sievert

, Recent advances in the one- and two-dimensional magnetic measurement technique for electrical sheet steel, IEEE Trans Magn26 (1990), 2553–2558.

Mori

Takahashi

and Fujiwara

, Comparison of rotational single sheet testers for evaluating 2-D magnetic properties of electrical steel sheet, Int J Appl Electromagn Mech48 (2015), 219–224.

Wanjiku

and Pillay

, Investigating the sources of non-uniformity in 2-D core loss measurement setups, Int J Appl Electromagn Mech48 (2015), 255–262.

Enokizono

Todaka

and Kanao

, Two-dimensional magnetic properties of silicon steel subjected to a rotating field, IEEE Trans Magn29 (1993), 3550–3352.

Zhu

J.G.

and Ramsden

V.S.

, Two dimensional measurement of magnetic field and core loss using a square specimen tester, IEEE Trans Magn29 (1993), 2995–2997.

Sievert

, Two-dimensional magnetic measurements – history and achievements of the workshop, Przegl Elektr87 (2011), 2–10.

Yang

Q.X.

Y.J.

et al., Design of a 3-D rotational magnetic properties measurement structure for soft magnetic materials, IEEE Trans Appl Supercon24 (2014), 1–4.

Pfützner

Shilyashki

and Mulasalihovic

, Modern transformer cores – 3-dimensional magnetic systems of under-estimated complexity [J], Int J Appl Electromagn Mech48 (2015), 143–151.

Pfutzner

Mulsasalihovic

et al., Rotational magnetization in transformer cores – a review, IEEE Trans Magn47 (2011), 4523–4533.

10.

Zurek

Marketos

Meydan

and Moses

A.J.

, Use of novel adaptive digital feedback for magnetic measurements under controlled magnetizing conditions, IEEE Trans Magn41 (2005), 4242–4249.

11.

Ragusa

and Fiorillo

, A three-phase single sheet tester with digital control of flux loci based on the contraction mapping principle, J Magn Magn Mater304 (2006), e568–e570.

12.

Zhu

J.G.

Zhong

J.J.

Lin

Z.W.

and Sievert

J.D.

, Measurement of magnetic properties under 3-D magnetic excitations, IEEE Trans Magn39 (2003), 3429–3431.

13.

Guo

Y.G.

Zhu

J.G.

Lin

Z.W.

and Zhong

J.J.

, 3D vector magnetic properties of soft magnetic composite material, J Magn Magn Mater302 (2006), 511–516.

14.

Y.J.

Zhu

J.G.

et al., Magnetic Measurement of Soft Magnetic Composite Material by an Improved 3D Tester with Flexible Excitation Coils and Novel Sensing Coils, IEEE Trans Magn46 (2010), 1971–1974.

Comprehensive magnetic properties measurement of the laminated silicon steel by 3-D magnetic tester

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