adom-fields 0.10.8: capacitor dielectric from the MPN's vendor code (issue 31); Murata C0G in the PDN model
adom-fields 0.10.7: the board's ground (issue 25); coincident lands as one terminal (issue 26); verify keeps via copper…
adom-fields 0.10.6: grid covers the board (issue 27); one board thickness and solid-uncoupled (issue 28); decoupling co…
0.10.4: 4-switch buck-boost converter model (issue 24); local impedance reference per section (issue 23)
0.10.3: KiCad 8 numbered nets (issue 21); same-net copper pieces kept apart (issue 22)
0.10.2: PEEC decoupling-loop inductance in the pdn module (where the stackup allows)
0.10.1: the skill's topics as installable sub-skills
0.10.0: lean by default; optional modules with board-specific hints; grouped findings; lean fields.json + detail.json;…
0.9.8: hot parts read at their exposed pad, footprint thermal vias counted (issue 20)
0.9.6: inputs a solve assumed (datasheet fields, spec patch), reflections and TDR
0.9.5: compliance prediction with bench calibration, certification readiness report
0.9.4: package the 0.9.3 binary
0.9.3: fix and verify (adom-fields verify, --refill with KiCad DRC)
adom-fields 0.7.18: a switching node with no load is solved with its inductor's current (issue 13); the method names th…
adom-fields 0.7.17: the open PRs merged onto 0.7.16. Plated pad barrels and drill voids with wall coupling (5, 9), expl…
adom-fields 0.7.16: the community's issues. #10 plated pads only on real copper, stackup from the board; #11 six-layer…
adom-fields 0.7.15: oscillators count five harmonics and their own circuit is not a crosstalk victim, ESD arrays by par…
adom-fields 0.7.14: hot-plug overshoot. Plugging in the supply solved in time on every connector-fed rail (ngspice cros…
adom-fields 0.7.13: capacitors as they sit on the rail. Technology from the MPN and footprint (electrolytic, polymer, t…
adom-fields 0.7.12: the Signals view in 3D (facing copper as glowing plates with the field between, one check at a time…
adom-fields 0.7.11: the sidebar buttons light up while their panel is open
adom-fields 0.7.10: the view buttons wrap into a grid (Magnetic to Power ran off a narrow panel)
adom-fields 0.7.9: power delivery. Each rail's impedance from its load pin, 1 kHz to 1 GHz, against V·tolerance/step; t…
adom-fields 0.7.8: plane resonance and crosstalk, each with an action, and the Noise view
adom-fields 0.7.7: decoupling and ESD checks, each with an action, in the review and the EMC view
adom-fields 0.7.6: the design review and fix plan an AI acts on, every issue with an action; the Ground view
adom-fields 0.7.5: the EMC screen, the hot loop, the return path and the estimated emissions, and its video
adom-fields 0.7.4: the Magnetic view, the field of every current, and its video
adom-fields 0.7.3: the Charge view (the board as capacitors) and a narrated video of every view
adom-fields 0.7.2: the energy cycle of a switching converter, the board's silkscreen over every view, part values, subt…
adom-fields 0.7.1: every view explains itself out loud (first time by default), one-line subtitles
adom-fields 0.7.0: Flow, River, Energy and Light views; the exploded stack; ghosted parts with their currents
adom-fields 0.6.2: the board gets the whole pane (panels slide over below 1400 px) and the camera fits the pane's shape
adom-fields 0.6.1: step2glb declared; Fusion board parts documented
Merge PR #188: Fusion reader: analyze Fusion Electronics boards with Fusion's own fill and pad rules