Skip to Content
Dr. Robert "Bob" Scully

Dr. Robert "Bob" Scully

EMC Group Lead Engineer (Retired)
NASA | Colorado

Cable Shielding - Not Just a Job, It's an Adventure

Dr. Robert "Bob" Scully's presentation demystifies cable shielding in wiring harness design, examining common configurations and offering practical guidance to help EMC engineers resolve one of the most misunderstood challenges in achieving compatibility.

Dennis Lewis

Technical Fellow
Boeing | Seattle, WA

The Impact of Cables and Connectors on Radio Frequency and Microwave Measurement Uncertainties

When developing these high frequency measurement systems and evaluating system performance, it is common to consider the warranted equipment specifications. However, the error contribution of cables and connectors to the system uncertainty is overlooked. Impedance mismatch is typically the largest source of measurement error and is largely influenced by the cables and connectors used within the system.This presentation provides an overview of commonly used cables and connectors and discusses some of the errors associated with them. The impact of these errors on overall measurement system uncertainties is discussed. The presentation finishes with some practical examples and real world applications to help guide participants in the selection and use of cables and connectors and more accurately assess system performance.
Clayton Forbes

Clayton Forbes

Technical Director of Product Qualification
Element Materials Technology | Boxborough, MA

Introduction to MIL-STD-810 Method 514-Vibration

Clayton's presention is designed to provide an introduction to the world of vibration testing, a crucial aspect of product development and quality assurance. Take this opportunity to learn about why MIL-STD-810 is a requirement and how it will evolve in the future.

Yibo Wang

Senior Radio Frequency Engineer
ETS-Lindgren | Cedar Park, Texas

Delve into Software Gating: Flexibility Meets Performance!

This presentation introduces a new gating library that enhances VNA time-domain processing with seamless MATLAB, Python, and C integration. It incorporates the patented SEEG method to minimize edge artifacts, supports spatial and spectral analyses, and will be demonstrated live using a NanoVNA. Attendees will receive a free version of the library and tool for real-time hands-on processing.

Patrick Bolliger

EMC Sales Manager
HV Technologies | Washington, DC

Latest IEC61000-4-2 Electrostatic Discharge Immunity Test Requirements

Electrostatic Discharge (ESD) testing represents a core requirement for Electromagnetic Compatibility (EMC) certification of electric and electronic equipment. This presentation will review and compare fundamental IEC 61000-4-2 parameters, requirements related to ESD test simulator, calibration and test setups, emphasizing on the evolution of testing methodology and standardization.

Jason Smith

President
Absolute EMC | Manassas Park, VA

Pre-Compliance Testing Tools: Designing for EMC Compliance from the Start

Jason's presentation highlights practical EMC pre-compliance tools and techniques for emissions and immunity testing, showing how early validation helps engineers catch issues at the prototype stage, reduce costly redesigns, and accelerate time-to-market while boosting product reliability.
Headshot of George Liu

Georgie Liu

Applications Engineering Manager
Pacific Power Source | Irvine, CA

Harmonics and Inter-harmonics: Testing Real-World Complexity with AC Power

Modern electrical systems rarely operate under “ideal” conditions. Harmonics and inter-harmonics—often hidden but highly disruptive—can cause nuisance breaker trips, overheated transformers, blown fuses, and unplanned equipment downtime. Replicating and capturing these effects in the lab is critical to ensuring products perform reliably in the field.

Join this session to uncover the fundamentals of harmonics, why odd vs. even matters, and how advanced AC power sources and loads can both simulate and measure harmonics and inter-harmonics. Learn how proper testing and measurement help you prevent failures, protect uptime, and keep systems running smoothly.