IEEE Letters on Electromagnetic Compatibility Practice and Applications
Scope & Guideline
Unlocking the Future of Electromagnetic Systems.
Introduction
Aims and Scopes
- Electromagnetic Interference (EMI) Mitigation:
The journal covers research focused on strategies and technologies for reducing electromagnetic interference in various systems, particularly in automotive, medical, and communication devices. - Electromagnetic Compatibility Testing:
Studies on methodologies and standards for testing electromagnetic compatibility, including novel test setups and procedures for different environments. - Advanced Material Applications:
Research on the use of new materials such as metamaterials and frequency-selective surfaces in enhancing electromagnetic shielding and absorption. - Modeling and Simulation Techniques:
Development of advanced modeling approaches, including numerical simulations and analytical methods, to predict and analyze electromagnetic behavior in complex systems. - System-Level EMC Solutions:
Focus on holistic approaches to EMC that consider interactions among multiple components and systems, particularly in high-speed and power electronics. - Emerging Technologies and Applications:
Exploration of EMC issues in novel technologies such as electric vehicles, renewable energy systems, and advanced communication technologies.
Trending and Emerging
- Integration of Machine Learning in EMC:
Recent publications increasingly focus on employing machine learning techniques for EMC analysis and predictions, enhancing the ability to manage complex electromagnetic environments. - High-Speed Digital Systems and EMC:
There is a growing emphasis on EMC issues related to high-speed digital interfaces and systems, particularly as data rates increase in communication technologies. - Automotive EMC Challenges:
Research addressing the unique EMC challenges posed by electric and autonomous vehicles is on the rise, highlighting the need for solutions in this rapidly evolving sector. - Innovative EMI Testing Methods:
Emerging methods for EMI testing, including real-time monitoring and augmented reality applications, are gaining traction within the journal's publications. - Flexible and Wearable Electronics:
The journal is seeing increased interest in EMC considerations for flexible and wearable electronic devices, reflecting broader trends in consumer electronics and healthcare.
Declining or Waning
- Low-Frequency EMC Studies:
There has been a noticeable decline in research specifically targeting low-frequency electromagnetic compatibility, possibly due to a shift towards high-frequency applications and digital systems. - Traditional EMC Testing Methods:
Conventional methods for EMC testing are becoming less prevalent as newer, more efficient methods and technologies emerge, leading to a waning interest in older techniques. - Basic EMI Characterization Techniques:
As the field evolves, there is less focus on basic characterization methods, with more emphasis being placed on complex, system-level analyses and advanced modeling. - Static and Passive Shielding Solutions:
Research on static shielding methods is decreasing, potentially due to the rise in dynamic and adaptive shielding solutions that offer improved performance.
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