History of page.json

103 commits ← Back to file
adom-fields 0.10.8: capacitor dielectric from the MPN's vendor code (issue 31); Murata C0G in the PDN model
Colby Knox · f01bf13 ·
adom-fields 0.10.7: the board's ground (issue 25); coincident lands as one terminal (issue 26); verify keeps via copper…
Colby Knox · 554eeec ·
adom-fields 0.10.6: grid covers the board (issue 27); one board thickness and solid-uncoupled (issue 28); decoupling co…
Colby Knox · cb236bf ·
adom-fields 0.10.5: converter power ground and shunt values with ratings (issue 24)
John Lauer · 7169a99 ·
0.10.4: 4-switch buck-boost converter model (issue 24); local impedance reference per section (issue 23)
John Lauer · 781d6ef ·
0.10.3: KiCad 8 numbered nets (issue 21); same-net copper pieces kept apart (issue 22)
John Lauer · 5ed6b7b ·
0.10.2: PEEC decoupling-loop inductance in the pdn module (where the stackup allows)
John Lauer · 6a8f94a ·
0.10.1: the skill's topics as installable sub-skills
John Lauer · d982a7e ·
0.10.0: lean by default; optional modules with board-specific hints; grouped findings; lean fields.json + detail.json;…
John Lauer · 4bbb86d ·
0.9.8: hot parts read at their exposed pad, footprint thermal vias counted (issue 20)
John Lauer · cdd995c ·
0.9.7: skill cleanup: shorter skill description, and the two SKILL.md copies are the same again.
Colby Knox · 2fd6f09 ·
Publish 0.9.7
Colby Knox · 81ecc18 ·
Publish 0.9.6
John Lauer · 9bb7c85 ·
0.9.6: inputs a solve assumed (datasheet fields, spec patch), reflections and TDR
John Lauer · 4271eae ·
Publish 0.9.5
John Lauer · b10759a ·
0.9.5: compliance prediction with bench calibration, certification readiness report
John Lauer · e0da4a3 ·
Publish 0.9.4
John Lauer · c105418 ·
0.9.4: package the 0.9.3 binary
John Lauer · edceb00 ·
Publish 0.9.3
John Lauer · 9cd4380 ·
0.9.3: fix and verify (adom-fields verify, --refill with KiCad DRC)
John Lauer · 0166773 ·
Publish 0.9.2
John Lauer · 22cdc4a ·
adom-fields 0.9.2: decoupling optimiser, conducted emissions
John Lauer · 087519a ·
Publish 0.9.1
John Lauer · fb1e2e9 ·
adom-fields 0.9.1: electro-thermal pass + estimate, heating transient
John Lauer · ec41f4f ·
Publish 0.9.0
John Lauer · 66a8180 ·
adom-fields 0.9.0: cable CM emissions, cross-section impedance solver, limit sets, board checks
John Lauer · af6e56e ·
Publish 0.8.8
John Lauer · 466f06d ·
adom-fields 0.8.8: receiver screens (issue 9)
John Lauer · cf6d678 ·
Publish 0.8.7
John Lauer · 112c91e ·
adom-fields 0.8.7: title bar never wraps (issue 19)
John Lauer · bf30441 ·
Publish 0.8.6
John Lauer · 7b6e81d ·
adom-fields 0.8.6: Energy/Flow/Magnetic frame themselves, --keep-camera, restore on leaving (issue 18)
John Lauer · 9fb4a15 ·
Publish 0.8.5
John Lauer · a14c380 ·
adom-fields 0.8.5: solid bodies follow the parts' offset as the stack opens
John Lauer · 4ef4cc2 ·
Publish 0.8.4
John Lauer · eaa20e1 ·
adom-fields 0.8.4: user drag/wheel cancels camera moves and holds the drift
John Lauer · bb7ac2b ·
Publish 0.8.3
John Lauer · 2dd8891 ·
adom-fields 0.8.3: merge part meshes by material, hide a model's own board slabs, hide tags edge-on
John Lauer · b646ac5 ·
Publish 0.8.2
John Lauer · 9778944 ·
adom-fields 0.8.2: Energy view turns to a low front view so the fields between the layers show; --camera front
John Lauer · 03ea2a6 ·
Publish 0.8.1
John Lauer · 97e07ce ·
adom-fields 0.8.1: per-part maxRiseC (issue 16); terminals from named sources and per-part draws, balanced injection, t…
John Lauer · 4ed9c5c ·
Publish 0.8.0
John Lauer · 6312c5a ·
adom-fields 0.8.0: heat through the parts and the heatsink (solids), fan levels, whole-scene default view
John Lauer · c278351 ·
Publish 0.7.20
John Lauer · f3db875 ·
adom-fields 0.7.20: IR-drop probe + per-net maxDropMv budget (issue 14), pour fragments with the move that joins them (…
John Lauer · 93b45ac ·
Publish 0.7.19
John Lauer · 24001b2 ·
adom-fields 0.7.19: barrelCoupling report (PR #212), one plated connection per hole per layer pair, current-barrel issu…
John Lauer · e4c4246 ·
Publish 0.7.18
John Lauer · 1626698 ·
adom-fields 0.7.18: a switching node with no load is solved with its inductor's current (issue 13); the method names th…
John Lauer · 6d24337 ·