E-Learning

LearnEMC offers customized web-based course delivery options for training EMC engineers at your company. Live webinars provide focused training on specific topics of interest in a single session. Live online short courses provide more comprehensive training to provide engineers with the skills they need to address a variety of EMC issues. All courses can be customized to meet the specific needs of your company.

Live Webinars

Live webinars are a convenient way of bringing engineers up to speed on specific topics of importance to your company. These can be overviews of a general topic such as power circuit design or focused discussions of an advanced topic such as computer modeling tools. Interactive live webinars are typically presented to audiences of anywhere from 5 to 50 people and last from 1 to 3 hours. Any of the E-Learning Module topics listed below can be presented in a live webinar.
Live Online Courses

Live online courses are an alternative to on-site short courses. Online courses are typically presented in 90-minute segments. Each class is recorded so that students who miss a lecture can view it at a later time without falling behind in the class. All of the courses described on the Short Courses page can be delivered in a live, online format. The online courses include all of the same presentation materials and demonstrations as the on-site short courses. Custom online courses can also be put together from the E-Learning course modules listed at the bottom of this page.

Modules for Custom Courses

All modules are 30-90 minutes when presented in a live online format.

Basic Topics

Intermediate Topics

Advanced Topics

☐ Introduction to EMC

☐ Common Impedance Coupling

☐ EM Modeling Tools

☐ Overview of EMC Test Procedures

☐ E-Field Coupling

☐ EM Modeling Examples

☐ Working with Decibels

☐ H-Field Coupling

☐ Imbalance Difference Theory

☐ Resistance

☐ Radiation Coupling

☐ Power Inverter EMC

☐ Capacitance

☐ Grounding

☐ PCB Layout - Guidelines

☐ Inductance

☐ Antennas and Resonant Structures

☐ PCB Layout - Review

☐ Linear Systems / Phasor Notation

☐ Cavity Resonance

☐ Network Analysis

☐ Time Domain vs Frequency Domain

☐ CM and DM Propagation

☐ Meeting Conducted EMI Requirements

☐ Spectrum Analyzers

☐ Time-Domain Spectrum Analyzers

☐ Meeting Radiated EMI Requirements

☐ Current Paths

☐ PCB Decoupling - w/o power planes

☐ Meeting BCI Requirements

☐ Coupling Mechanisms

☐ PCB Decoupling - Global

☐ Meeting ESD Requirements

☐ Transmission Lines - Freq. Domain

☐ PCB Decoupling - Local

☐ Meeting EFT Requirements

☐ Transmission Lines - Time Domain

☐ Plane Wave Shielding Effectiveness

☐ Embedded Capacitance

☐ RLC circuits

☐ Practical EM Shielding Design

☐ Antennas for EMC Measurements

☐ High-Freq. Modeling of Components

☐ High-Freq. Modeling of PCBs

☐ Lightning

☐ Lightning Protection

Custom Modules

All of the modules listed above can be customized to meet the needs of your company. For example, the presentation of a topic can be tailored for an audience of mechanical or chemical engineers. Demonstrations and example problems can be selected that resemble the types of products of greatest interest to a particular engineering group. Custom modules can also be developed on topics that do not appear in the list above.