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Harmonics and Electromagnetic Interference [PDF]
Electrical interference is an unwanted consequence of power electronics apparatus. This issue is addressed by highlighting the main controlling factors and by developing equations that assist in quantifying the severity of the problem. Both themes are directed at power frequency harmonics: they are also applied to electromagnetic interference where, in
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Overview of Electromagnetic Interference
2006 38th North American Power Symposium, 2006The problem of, testing for, and solutions to electromagnetic interference are introduced and analyzed. The industry direction is looked at for explanation of techniques and ideas. These topics were gathered through research. The principal results are that electromagnetic interference is growing because of technological advances in electronic devices ...
J. Arthur+2 more
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Journal of Materials Chemistry A, 2022
The electromagnetic shielding materials effectively shield the interference of electromagnetic waves and reduce its various harmful effects on wildlife and human beings.
S. K. Srivastava, Kunal Manna
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The electromagnetic shielding materials effectively shield the interference of electromagnetic waves and reduce its various harmful effects on wildlife and human beings.
S. K. Srivastava, Kunal Manna
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Electromagnetic interference in critical care
Journal of Critical Care, 2006Mobile communication and wireless data transmission are playing an increasing role in health care. Reports describing medical device malfunction related to cellular phones have raised awareness about the problem of electromagnetic interference. Although initial institutional responses were to ban cellular devices in hospitals, these restrictions are ...
Stephen E. Lapinsky, Anthony C. Easty
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2006
Publisher Summary This chapter discusses the threat posed by intentional and unintentional electromagnetic interference (EMI) to the integrity of health care organizations. EMI has the ability to degrade or totally disrupt the health care delivery. EMI can be natural (static electricity or lightning) or man-made.
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Publisher Summary This chapter discusses the threat posed by intentional and unintentional electromagnetic interference (EMI) to the integrity of health care organizations. EMI has the ability to degrade or totally disrupt the health care delivery. EMI can be natural (static electricity or lightning) or man-made.
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ACS Nano, 2020
Although flexible, transparent and conductive materials are increasingly required for electromagnetic interference (EMI) shielding applications in foldable and wearable electronics, it remains a great challenge to achieve outstanding shielding ...
Wei Chen+3 more
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Although flexible, transparent and conductive materials are increasingly required for electromagnetic interference (EMI) shielding applications in foldable and wearable electronics, it remains a great challenge to achieve outstanding shielding ...
Wei Chen+3 more
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2004
Publisher Summary This chapter discusses electromagnetic interference (EMI), which is broadly divided into two types: interference and susceptibility. It does not focus on interference generated by equipment, except where that interference is self-generated, but concentrates on susceptibility—what causes it and what can be done about it.
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Publisher Summary This chapter discusses electromagnetic interference (EMI), which is broadly divided into two types: interference and susceptibility. It does not focus on interference generated by equipment, except where that interference is self-generated, but concentrates on susceptibility—what causes it and what can be done about it.
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Electromagnetic interference risk analysis
IEEE Engineering in Medicine and Biology Magazine, 2008Daily mitigation of and planning for intentional or unintentional EMI should be a part of a medical facilities ongoing spectrum management just as annual condition and risk assessments are performed at other facilities. A reasonable supply of spare electronic components should be stored safely on site and readily available (network switches, wireless ...
Eisuke Hanada, C. Bakuzonis, P. Hayes
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Antennas and electromagnetic interference
Ninth International Conference on Antennas and Propagation (ICAP), 1995The objective of the paper is to present a general model for the coupling of antenna fields to lossy in-circuit interconnects such as striplines and interequipment interconnects such as braided coaxial cables, when the line is placed in the near-field zone of the antenna and the fields are highly non-uniform.
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Electromagnetic interference: a tutorial
1996 IEEE Aerospace Applications Conference. Proceedings, 2002The treatment of electromagnetic interference (EMI) problems is perceived by many engineers as a generally unscientific, hit or miss, procedure. The intent of this tutorial is to present a practical, understandable, and straightforward approach to solving interference problems.
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