Home›Services›EMC & Pre-Compliance›EMC-compliant design
EMC-compliant design · Avoid causes instead of fixing them
EMC-compliant layout — the cheapest EMC is the one that doesn't interfere.
Most EMC problems are decided in the layout: grounding, layer stack-up, filter placement, shielding. We bring EMC expertise into circuit and layout development — and test the result in our in-house lab.
- Grounding concept
- Layer stack-up
- Filtering
- Shielding
- Design review
Where we start.
EMC design review of the PCB
Layout, grounding, layer stack-up and critical paths are assessed before manufacturing.
Grounding, filter & shielding
Concepts that work in the real setup — not just on paper.
Tested immediately in the lab
Measures are measured throughout development, not merely expected.
Where EMC is decided in the layout.
The most effective EMC measures cost almost nothing in the design — and, if done afterwards, often a re-spin. The decisive factors are: grounding concept & return-current paths (continuous ground planes, short loops), a clean layer stack-up (signal close to reference), filtering & decoupling in the right place (mains filters, interference-suppression capacitors, ferrites) as well as shielding with a correct 360° connection instead of “pigtails”.
We bring these points in as a design review or directly into your circuit/layout development — and then verify the effect in our own fully-anechoic chamber. More in-depth rules in the layout guide.
Frequently asked questions.
Which layout rules are most important for EMC?
What do you check in an EMC design review?
Do you also take on just the design review, without the whole layout?
Related services.
New layout — or a board that interferes?
We bring EMC into the design before test day decides.
Meine
Harbke
+49 1511 0988717
Harbke — Gesellschaftssitz & EMV-Labor mit Vollabsorberhalle · Am Glüsig 1C, 39365 Harbke
Meine — Technische Entwicklung (Elektronik & Embedded) · Peiner Straße 16, 38527 Meine
Mo–Fr 07:00–19:00 Uhr