You can catch EMI issues early and streamline your PCB designs without complex workarounds…

This eBook shares the EMI control strategies that took me from believing “EMI is Black Magic” to designing complex electronic circuits including sensitive analog, fast-digital, high-power, and RF designs also sharing the same system.

Wanna know the biggest difference? Catching errors before they derail your project.

The problem is – most engineers miss the PCB layout mistakes that trigger EMI. They think EMI is all about "Grounding", shielding, and filtering. But these strategies are mostly band-aids that don’t fix EMI at the source.

I wrote this guide to help you navigate EMI issues at their source.

My techniques have empowered engineers to create cleaner designs that align with FCC and CE standards. They use the straightforward fixes inside, refined through years of hands-on designs and EMI reviews.

Inside you will find…

…The quickest way to catch stack-up flaws that spark EMI issues

…The crosstalk hack to block signal interference

…The straightforward tip that shrinks parasitic noise in power lines

…The one placement trick that stops components from causing EMI

…The three ground-plane rules to keep your design noise-free

…The filtering fix that protects connectors from outside noise

…The impedance tweak to eliminate signal distortions

…The how-to-dodge-antenna-traps approach to keep emissions low

…and everything else that helped my clients design EMI-free PCBs efficiently.

And the best part is…you can start using these fixes in your PCB layouts right after reading this guide. You just have to know where to start…and the first place is inside.

If you want to design cleaner PCBs for EMC compliance…then ADD TO CART, use its contents, and see the difference for yourself.

In Top 10 PCB Design Mistakes for EMI Control, you'll learn...

Mastering EMI Fundamentals:

• Why electromagnetic fields, not just electrons, cause EMI in PCB designs.

• How spotting layout mistakes early can help meet FCC and CE standards.

Optimizing Stack-Up and Trace Layout:

• The stack-up error that sparks EMI and fails EMC tests.

• How crowded traces cause crosstalk—and the tricks to fix it.

• Can one stack-up change stop interference in its tracks?

Controlling Parasitic Effects and Loops:

• How routing paths create parasitic noise that disrupts power.

• The layout mistake that boosts EMI in switching circuits.

• Why most designers overlook the routing fix that cuts noise.

Enhancing Filtering and Grounding:

• The filtering oversight that lets EMI sneak through connectors.

• How grounding planes trigger resonance and signal issues.

• The “grounding” myth holding back your design.

Improving Component Placement and Impedance:

• Why misplaced components radiate EMI.

• The impedance designs that causes signal reflections.

• How one placement rule can slash parasitic effects.

Avoiding Antenna Structures:

• How traces and copper pours turn into EMI antennas.

• The connector placement error that creates radiation.

• Why a simple routing tweak can keep your PCB emission-free.