It’s not very common to think about PCB design in terms of electromagnetic fields.

EMC/EMI Bites: Don't let tiny layout mistakes compromise your entire electronic PCB project

EMC/EMI Bites: The most important principles for EMI control: Return & Reference Plane (RRP)

EMI Bites: Right tools, right knowledge. That's all it takes to pass EMC tests.

PCB Design: How to Improve Your Circuit Board in Minutes

EMI Bites: One of the ways to deal with Electrostatic Discharge? Think about diverting the energy.

EMI Bites: How to Reduce Crosstalk in Densely Packed PCB Designs?

EMI Bites: Crosstalk – When Signal Fields Invade Neighbors in PCBs

EMI Bites: Handle EMI before it reaches your electronics.

EMI Bites: Can 2-Layer PCBs Pass EMC Tests?

EMI Bites: If you want to solve EMI issues, solve Signal Integrity first.

EMI Bites: “We’ve Always Done It This Way”

EMI Bites: The best way to use a 2-layer PCB is... to not use it at all.

EMI Bites: Don't fall for these common EMC/EMI myths that are holding your PCB design back.

EMI Bites: Avoid failing Radiated Emissions so you can pass EMC test.

EMI Bites: Many ways to fail EMC tests, but common-mode currents are the top trap.

EMI Bites: EMI Control Starts with Field Control

EMI Bites: EMI Control Starts with Field Control

EMI Bites: Where Energy Actually Travels in Your Circuit

EMI Bites: Energy Doesn't Flow In the Conductor—It Flows Between Them

EMI Bites: Think Like a Field Engineer, Not a Current Engineer

EMI Bites: What the Fields Around Your Wires Are Actually Doing

EMI Bites: The #1 Reason EMC Tests Fail (And How to Fix It)

EMI Bites: What Happens When Your Signal Crosses a Split Plane

EMI Bites: The Danger of Crossing a Split in the Reference Plane

EMI Bites: Why It’s Called a Return Reference Plane

EMI Bites: Split Planes Can Create Dipole Antennas

EMI Bites: Your USB Cable Is an Antenna—Now What?

EMI Bites: Don’t Let Your Crystal Oscillator Turn Into a Noise Source

EMI Bites: Signal Currents Don’t Wait at the Load

EMI Bites: Are You Unintentionally Creating Antennas in Your PCB?

EMI Bites: DRAM Needs Power—But Where’s the Return Path?

EMI Bites: Poor Layer Stackup = Antennas You Didn't Plan For

EMI Bites: Don’t Let a Poor Stackup Cost You €40K

EMI Bites: Don't Let Your Signal Lose Its Reference Plane

EMI Bites: Treat Your Signal Path as a Transmission Line!

EMI Bites: Why Your PCB Stackup Needs to Be Symmetrical

EMI Bites: How a Simple Voltage Drop in the "Ground" Plane Turns Into Radiated Emissions

EMI Bites: Why Impedance Consistency Is One of Your Top Priorities for Signal Integrity

EMI Bites: Watch Out for Antenna-Like Structures in Your Layout

EMI Bites: The Hidden EMI Risk in Your Decoupling Strategy

EMI Bites: Why Your Capacitors Might Be Causing Common-Mode Noise

EMI Bites: Never Let Your Signal Cross a Split Plane

EMI Bites: Why Controlled Impedance Traces Matter

EMI Bites: Why Fast Switching Converters Can Become EMI Nightmares

EMI Bites: Challenges of Plastic Enclosures for ESD Protection

EMI Bites: Why Coupling Capacitors Reduce IC Dependency

EMI Bites: How to Safely Divert ESD Away from Your Circuit