Radiated Emissions Guide (eBook+Masterclass)

You can cut radiated emissions and work toward EMC compliance without endless design revisions…

This eBook shares the EMI control strategies that took me and my clients from countless product revisions to passing radiated emissions tests with significant dB margins on the first prototype.
 

Wanna know the biggest difference? Knowing how to manage EMI currents.

The problem is - most engineers struggle with radiated emissions.

I wrote this guide to solve your EMI challenges.

My strategies have helped engineers in medical and industrial fields meet FCC and CE standards. They use the proven techniques inside, built from decades of real-world experience.

Inside you will find…

…The easiest way to identify differential-mode current loops in your PCB

…The loop-area reduction technique to lower differential-mode emissions

…The shielding method to block common-mode currents from cables

…The one current probe that reveals EMI sources in pre-compliance tests

…The 3 layout rules to minimize emissions through stack-up design

…The filtering technique using common-mode chokes to stop parasitic currents

…The return-path strategy to reduce voltage drops causing EMI

…The how-to-use-Bode-plots approach to analyze emission spectra

…and everything else that helped my clients meet EMC standards efficiently.
 

And the best part is…you can start applying these techniques to your designs right after reading this guide. You just have to know where to begin…and the first place is inside.

If you want to meet EMC standards for your projects…

then ADD TO CART, use its contents, and see the difference for yourself.

In the 40 pages Radiated Emissions and EMI Control, you'll learn...
 

1. Understanding Radiated Emissions:

• Why currents, not voltages, drive EMI challenges in PCB design.

• How early EMI control can help your designs align with FCC and CE standards.

2. Differential-Mode Emission Techniques:

• The loop-area trick that cuts emissions from circuit currents.

• How engineers use stack-up design to shrink radiating loops.

• Can one layout tweak really reduce differential-mode emissions?

3. Common-Mode Emission Strategies:

• How cable currents create sneaky EMI—and how to block them.

• The shielding and filtering tricks that stop common-mode radiation.

• Why most engineers miss simple return-path fixes that cut emissions.

4. Practical EMI Control Methods:

• The current probe technique that spots EMI issues before compliance tests.

• How real-world layout tips help engineers pass EMC tests.

• What makes a design pass FCC and CE tests—and it’s not just tools.

5. In-Depth EMI Analysis:

• Why separating differential and common-mode currents is key to clean designs.

• The frequency analysis trick using Bode plots to predict emissions.

• How one PCB layout rule can improve your EMC test results.

Together with the e-Book, you will also receive a special gift: exclusive access to a Premium Masterclass:

 

• Radiated Emissions Lesson (approx. 40-minute on-demand video lesson) – part of the EMC/EMI Design Course

Once you purchase the guide, you can access the masterclass simply by following the instructions on the last pages of the guide.