FIELDEMC LAB
DIAGNOSTIC150 MHz ↗
ENGINEERING FLOW
01Understand→
02Control→
03Verify→
04Resolve→
05Document
FIELD LAB / LEARNING JOURNEYS

Connect field theory to engineering behavior.

Each journey links physical law, interactive model, engineering counterpart, measurement method, and case evidence to executable design and verification actions.

FOUR LEARNING JOURNEYS

Organize foundations around engineering tasks.

Each journey links structured concept entities with equations, boundaries, and evidence levels.

01

Build physical intuition

Explain behavior through edges, loops, fields, and impedance

Edges and spectraDifferential and common modeReturn paths and referencesCoupling and antennas
02

Perform a design review

Identify high-risk paths in schematics, layout, and enclosure design

Power hot loopsInterface protectionStackup and connectorsShielding and cables
03

Build a verification plan

Turn market, ports, phenomena, and criteria into a test matrix

EmissionsContinuous immunityTransient immunityEvidence chain
04

Close the corrective-action loop

Converge with frequency relationships, path evidence, and one-variable experiments

Peak attributionNear-field scanningCommon-mode currentRegression control

LINKED CONCEPT ENTITIES (8)

Common mode cable radiation
concept/common-mode-cable-radiation
Common mode path power
concept/common-mode-path-power
Edge rate spectrum
concept/edge-rate-spectrum
ESD current path
concept/esd-current-path
High speed automotive link
concept/high-speed-automotive-link
Hot loop
concept/hot-loop
Mode conversion
concept/mode-conversion
Return current path
concept/return-current-path