EMC and Electromagnetics for the Working Engineer Electromagnetics theory is surrounded by mystery and magic. Mostly because the mathematics needed to solve Maxwell’s equations are messy enough that most of us avoid them at all costs! EMI/EMC is even worse, and often considered voodoo magic!This presentation is intended to remove the mystery behind EMI/EMC and electromagnetics …
Speakers: Nika Amralah, Canadian Department of National Defence, Lead RF Analysis Engineer Tara Kellogg, ETS-Lindgren, Global Director of Business Development Chapter: IEEE EMC Central Texas Chapter Abstract: Embarking on a career in electromagnetic compatibility (EMC) engineering is a journey filled with opportunity, innovation, and impact. For women entering this dynamic and evolving field, the path …
Speaker: Dr. Andreas Barchanski, Dassault Systemes, SIMULIA Chapter: IEEE German EMC Chapter Abstract: Early-stage characterization of shielding effectiveness (SE) is essential for ensuring system-level electromagnetic integrity. In this presentation we discuss the simulation of shielding effectiveness (SE) from three different perspectives: Solver Validation: A benchmarking of numerical simulation results against analytical equations to quantify accuracy …
Speakers: Qi-jun Zhang, Carleton University, Chancellor’s Professor Chapter: German Chapter Abstract: Quantum computing attracts increasing attention from the computation community in recent years. In certain cases, quantum algorithms has the potential of exponential speedups over their classical counterparts running on classical computers. Quantum computing opens many new opportunities for solving large-scale problems, and simulating complex …
Speakers: Qi-jun Zhang, Carleton University, Chancellor’s Professor Chapter: German Chapter Abstract: Quantum computing attracts increasing attention from the computation community in recent years. In certain cases, quantum algorithms has the potential of exponential speedups over their classical counterparts running on classical computers. Quantum computing opens many new opportunities for solving large-scale problems, and simulating complex …
Speakers: Jeff Tostenrude, 3M Company Chapter: IEEE German EMC Chapter Abstract: In this work we utilize different electromagnetic interference (EMI) environments to test near field absorber performance as well as absorber placement. We use in-house designed test fixtures to mimic some of the real-world EMI environments: shield cans and metal shielding screens. The near field …
