Phase III IUCRC at University of Houston: Center for Electromagnetic Compatibility

电磁兼容性（EMC）和信号/电源完整性（SI/PI）问题会显著降低现代电子系统的可靠性，增加成本，并延迟开发进度。电磁兼容设计是指在存在外部电磁噪声的情况下，电子系统能够正常工作，同时其辐射的电磁干扰不影响其他设备的功能。SI/PI设计确保电路在高速下正常运行。良好的EMC/SI/PI设计对于成功的产品开发和客户满意度至关重要。电磁兼容性中心的使命是支持EMC/SI/PI的研究和教育项目，目标是开发解决当今EMC/SI/PI问题所需的知识库、工具和人员，并解决未来的EMC/SI/PI问题。在互联网和信息时代，推进EMC/SI/PI技术具有重要的社会影响，可以显著提高美国的经济竞争力。该中心的研究活动可以为5G无线、自动驾驶、智慧城市等新技术带来硬件层面的颠覆性进步，并在我们的社会更加依赖数据连接和万物互联的情况下，对人类社会和国家安全产生深远影响。随着新兴的技术趋势，对EMC/SI/PI研究和教育的需求迅速增长。更高的数据速率、更高的设计密度和更低的功耗不仅带来了新的挑战，而且还需要新的示波器来解决高频EMC测量的新方法和硬件相关的安全问题。EMC对于实现和支持技术革命和发展变得至关重要。NSF - IUCRC电磁兼容中心（CEMC）第三阶段将重点关注五个推力领域：1)电磁干扰、ESD和抗扰度；2)信号和电源完整性；3)系统内电磁干扰和射频检测；4)基于光子的微波测量；5)硬件安全、安全与信任。将研究辐射电磁干扰、静电放电、射频干扰和硬件安全等各种问题的潜在噪声物理和耦合机制。基于所获得的理解，将对工程设计工具、模型和方法进行研究、开发，以实现防静电、增强抗扰度、确保SI/ pi、降低EMI和噪声、安全可靠的设计，并在整个行业推广。CEMC将继续作为EMC社区的资源中心，促进研究合作、传播成果和转移知识。该奖项反映了美国国家科学基金会的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

Electromagnetic compatibility (EMC) and Signal/Power Integrity (SI/PI) problems can significantly decrease the reliability, increase the cost, and delay the development schedules of modern electronic systems. Design for EMC ensures an electronic system can function in the presence of external electromagnetic noise and at the same time its radiated electromagnetic interference does not impact the functionality of other devices. SI/PI design ensures proper circuit operation at high speeds. Good EMC/SI/PI design is essential to industry for successful product development and customer satisfaction. The mission of the Center for Electromagnetic Compatibility is to support EMC/SI/PI research and education projects with a goal of developing the knowledge base, tools and people necessary to solve today’s EMC/SI/PI problems and address the EMC/SI/PI problems of the future. Advancing the EMC/SI/PI technologies has significant societal impacts in the internet and information era, and can significantly increase the economic competitiveness of the US. The research activities in the center can bring a disruptive advancement in the hardware level to the new technologies of 5G wireless, autonomous driving, smart city, etc., and can have profound impacts on human society and improve national security as our society is more dependent on data connection and internet of everything. With emerging technology trends, the need for EMC/SI/PI research and education grows rapidly. Not only new challenges occur due to higher data rates, greater design density, and lower power, but also new scopes are required to address the issues such as novel ways for high-frequency EMC measurements and hardware related security problems. EMC becomes truly essential to enable and support technology revolutions and development. The NSF IUCRC Center for Electromagnetic Compatibility (CEMC) in Phase III will focus on five thrust areas: 1) EMI, ESD and Immunity; 2) Signal and Power Integrity; 3) Intra-System EMI and RF Desense; 4) Photonics-Based Microwave Measurement; and 5) Hardware Security, Safety and Trust. Underlying noise physics and coupling mechanisms will be studied for various issues such as radiated electromagnetic interference, electrostatic discharge, radio-frequency interference, and hardware security. Based on the gained understanding, engineering design tools, models and methodologies for achieving ESD-robust, immunity-enhanced, SI/PI-ensured, EMI and noise mitigated, safe and secured design will be investigated, developed, and dissimilated throughout the industry. The CEMC will continue serving as a resource center for the EMC community, facilitating research collaborations, disseminating results, and transferring knowledge.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.