Transformer / Reactor
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Analysis of Impedance Characteristics of Chip Inductor
Michio Ohba, Shyouichi Mimura, Matsushita Electronic Components Co.,Ltd
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Analysis of a Chip Inductor Using JMAG (TD)
Michio Ohba, Matsushita Electronic Components Co.,Ltd
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Use of JMAG-Studio and AMDESS for the Optimaization of Transformer Shape
Matsushita Electronic Components Co.,Ltd
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Development of Broadband Splitter for CS Satellite N-SAT-110 Adaptive CATV systems
Takashi Takeo, Nagoya Municipal Industrial Research Institute
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Optimization of a Choking Coil using JMAG and AMDESS
Hidenori Uematsu, Matsushita Electronic Components Co.,Ltd
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Performance Analysis of DC-DC Power Converter
Katsuhiro Hirata, Matsushita Electric Works,Ltd.
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[JAC004] Sound Pressure Analysis of a Reactor
This Application Note shows an example of an evaluation of a reactor’s sound pressure when a part of a spacer has been removed.
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Analysis of Transformer using JMAG-Studio
Hidenori Uematsu, Panasonic Electronic Devices Co.,Ltd
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Demands for electromagnetic field analysis and problems specific to transformers
Shigekazu Sakabe, Tabuchi Electric Co.,Ltd.
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An analysis of the inductance for gapped magnet-core reactor
Toshikazu Ninomiya, Tamura Coporation
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Introduction to the electromagnetic field analysis software for transformer design
Yusaku Suzuki, JRI Solutions, Ltd.
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[JAC081] AL-value Analysis of a Choke Coil
This Application Note explains a case example that obtains the air gap versus AL characteristics of a choke coil.
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Estimation of Inductance Variation in Small, Low Profile Transformers
Masahiro Shima,Shinji Ikeda, COSEL CO., LTD./Toyama National College of Technology
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Analysis of Switching Transformers Using Common and Specialized JMAG Features
Hideo Matsumoto, Tabuchi Electric Co.,Ltd.
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[JAC143] Inductance Analysis of an Air Core Coil
This analysis shows how to obtain an air core coil’s inductance through analysis and compare it with theoretical values.
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[JAC099] Superimposed Direct Current Characteristics Analysis of a High Current Reactor
This Application Note presents how to obtain a high-current reactor’s superimposed direct current characteristics when the gap length is varied.
