Hands On Session: Mastering EMC Simulations for Electronic Designs 

Overview

Electromagnetic Compatibility (EMC) simulation is critical for ensuring that electronic devices comply with regulatory standards and perform optimally in their intended environments. As the complexity of electronic systems increases, the importance of EMC simulation grows, allowing engineers to predict and mitigate potential electromagnetic interference (EMI) issues before physical prototypes are built.

For EMC and product design engineers, it can be challenging to understand how to effectively use simulation tools. This hands-on session with experts in full-device simulation offers a unique opportunity for engineers to dive into the world of EMC simulation. This session will provide practical experience, demystifying the simulation process and empowering engineers with the knowledge to implement simulations early in the design phase. Experts will offer insights into best practices, common pitfalls to avoid, and strategies for interpreting simulation results.

By participating in such a session, engineers can gain a deeper understanding of the nuances of EMC simulation. They learn to set up simulations that model their products' real-world behavior, identify potential EMI issues, and explore design modifications to enhance EMC performance. This proactive approach ensures compliance with regulatory standards and contributes to the final product's overall reliability and quality.

EMC simulation is more than just a compliance checkbox; it’s a strategic tool that, when used effectively, can significantly improve product design. Join this hands-on session guided by experts created for engineers looking to master EMC simulation and integrate it into their design process. It’s an investment in knowledge that will pay dividends throughout the product’s lifecycle.

What attendees will learn

• CAD File Preparation: Master importing mechanical CAD designs, assigning materials, and preparing for simulations.

• PCB and Package Setup: Discover the steps to import electronic design files for PCBs and packages, including automation of the setup process.

• Cable Specification: Gain hands-on experience in defining cables through co-simulation with multi-conductor transmission line solvers.

• Component Modeling: Understand how to represent components using ideal or SPICE circuit models for co-simulation with 3D geometries. 

• Performance Evaluation: Learn to transform simulation results into formats that facilitate comparison with standard measurements for device performance assessment.

Who should attend

• For Electromagnetic Compatibility Engineers: If your expertise lies in heuristic design guidelines and physical testing for compliance, are you considering enhancing your capabilities with engineering simulation?

• For Mechanical Design Engineers: Engaged in creating products with EMC requirements? Explore user-friendly simulation tools that can guide you toward compliance.

• For RF Engineers: Charged with safeguarding your RF designs from the inadvertent interference of surrounding electronics? Discover methods to assess and mitigate RF desensitization risks earlier in the design process.

• For Electrical Engineers Involved in designing PCBs and integrating components that must adhere to EMC regulations: Assess the need to account for the influence of enclosures and cables on EMC and signal and power integrity.