Adom Fields

Adom Fields: solve where the current and the heat go on a KiCad or Fusion board (current density, heat flow through pours and vias, temperature rise), review the design with a fix plan, and show it in 3D, driven live by the AI; optional EMC/compliance, ESD, power-delivery, signal-integrity, noise and RF checks the output tells you when to turn on. Use when asked for current density, a board heat map, thermal analysis, IR drop, thermal vias, EMC or FCC risk, PDN impedance or trace impedance.

Adom Fields EMC, compliance and ESD modules (--with emc, --with esd): hot-loop and cable common-mode radiated emissions, conducted emissions through a LISN, FCC/CISPR limit sets, a compliance prediction with uncertainty bands, the cheapest fixes by dB, a bench plan and bench calibration, connector ESD/TVS checks. Use when asked about EMI, EMC, FCC or CISPR risk, "will it pass the chamber", "radiated emissions", "conducted emissions", "common mode cable", "pre-compliance", "ESD protection", "TVS".

Adom Fields noise and receiver modules (--with noise, --with rf): plane-cavity resonances, crosstalk into quiet nets, frequency plan and in-band tones, LO leak out of the antenna (FCC 15.111), stage isolation, oscillator emission. Use when asked about crosstalk, "plane resonance", "switching noise coupling", "receiver", "LO leakage", "antenna", "in-band spur", "radio board".

Adom Fields power-delivery module (--with pdn): each rail's impedance from its load pin against a target, capacitor DC-bias derating, the cheapest decoupling set, hot-plug overshoot, input-filter stability (Middlebrook), ngspice cross-check. Use when asked about PDN, power integrity, rail impedance, "decoupling", "bypass capacitors", "target impedance", "hot plug", "input filter stability".

Every Adom Fields finding kind, which module produces it, grouped findings, the review blocks and the fix plan, budgets and the IR-drop probe. Use when reading adom-fields issues or fixPlan, "what does this finding mean", "current-neck", "decoupling-far", "group action", "fixPlan", "review block", "ir drop probe".

Adom Fields signal-integrity module (--with si): trace and differential-pair impedance from a 2-D field solve, TDR and overshoot in ngspice with the series termination, length matching, via stubs, stackup reference planes, signal capacitance screens. Use when asked about trace impedance, "50 ohm", "90 ohm USB", "differential pair", "TDR", "reflections", "ringing", "series termination", "length matching", "skew".

The full Adom Fields spec and solver reference: loads and explicit terminals, hot parts (tabNet, tabPad, tjMaxC, thetaJcKPerW), voltages, sources, switching, stackup, copper, epsilonR, solid bodies, package cooling, heatsinks, fan levels, transients, electro-thermal, plated holes, Fusion boards, evidence identity. Use when writing or debugging an adom-fields spec, "spec key", "terminals", "solids", "packageCooling", "fanLevels", "transient", "stackupMm".

Adom Fields fix-and-verify, the readiness report and the inputs assumed: apply fix-plan copper edits (vias, wider traces) to a copy with KiCad refill and DRC and report what moved; a certification-readiness report with Adom Safety and Adom Mechanics; the datasheet fields each assumed input needs. Use when asked to apply and check a fix, "verify the fix", "is it ready for the lab", "readiness report", "what did it assume", "specPatch".

Adom Fields app and its 3D views: serve the solved board, drive the view (current, heat, temperature, flow, river, energy, light, cycle, charge, magnetic, ground, noise, pdn), parts and silkscreen, narration, the tour for a video. Use when asked to show the board in 3D, open the fields app, drive the view, make a walkthrough video, "show me the current", "explode the stack", "river view", "magnetic view", "energy view", "adom-fields tour".

Adom Fields: solve where the current and the heat go on a KiCad or Fusion board (current density, heat flow through pours and vias, temperature rise), review the design with a fix plan, and show it in 3D, driven live by the AI; optional EMC/compliance, ESD, power-delivery, signal-integrity, noise and RF checks the output tells you when to turn on. Use when asked for current density, a board heat map, thermal analysis, IR drop, thermal vias, EMC or FCC risk, PDN impedance or trace impedance.