Discover

How an AI finds this repo: the auto-discovery snippet from page.json, self-tested against the live discovery search.

Snippet

discovery_triggers
adom-fieldscurrent densityheat map of a boardthermal analysis of a pcbcopper pour analysisthermal viaswhere does the current gohot mosfet tabtemperature rise of a boardIR dropcurrent neckheat flow in copperfieldsflow of currentriver viewvoltage drop in 3dground bounceexploded layer stackcurrent through viasexplain the view out loudnarrate the fieldsenergy cyclebuck converter energyinductor magnetic fieldcapacitor energy storagecapacitance visualizationparasitic capacitancecharge on copperelectric field between layersmagnetic field of a pcbnear-field probebiot-savartmagnetic field linesemcemihot loop arearadiated emissions estimatefcc class breturn pathground under traceground loopground offsetstitching viasdesign review of a pcbfix plan for a board layoutdecoupling capacitor placementesd protection checktvs diodeplane resonancecavity modescrosstalkswitching noise couplingpower delivery networkpdn impedancerail impedancetarget impedancedecoupling capacitor selectionanti-resonanceinput filter stabilitymiddlebrookngspice pdnsignals viewcopper capacitanceswitch node capacitanceplane capacitancedifferential pair skewsix layer boardreceiver frequency planlo leakagetone in bandrf crosstalkreturn path over supply planeantenna ground loopstage feed bypass
discovery_pitch

Solve where the current and the heat go on a KiCad board and show it on the board in 3D: current density per net, heat flow per layer with the vias, temperature over the board, the nets by what they carry, the issues with the fix. One command to solve, one to serve, one to drive it on camera.

tags
kicadpcbcurrent densitythermalheatcopper poursvias3danalysisedacurrent flow animationvoltageriver
sample_prompts
Current pathssolve the fields of this board and show me where the 20 A goes
Hottest tabwhich mosfet tab runs hottest and why
Copper heat walkthroughwalk me through the copper pours with the heat on them
Track capacityis any track carrying too much current

Sample prompts: self-test

Your own triggers, combined #1 of 1893

How this repo ranks when its full trigger set is the query.

Each sample prompt run against the live discovery search. The score is your rank, does the prompt return this repo at the top?

"solve the fields of this board and show me where the 20 A goes"Current paths #1 of 195
1. adom/adom-fields this repo score 50.82
2. adom/adom-wiki-skillpack score 35.61
3. kyle/kicad-pcb-viewer score 28.20
5. adom/adom-ds2sf score 23.50
"which mosfet tab runs hottest and why"Hottest tab #1 of 93
1. adom/adom-fields this repo score 23.91
2. adom/wiki-issue-loop score 19.22
3. john/svcwatch score 19.22
4. adom/kicad-bridge-macos score 15.67
"walk me through the copper pours with the heat on them"Copper heat walkthrough #1 of 54
1. adom/adom-fields this repo score 77.23
2. adom/adom-aiflow score 70.66
3. adom/eda-engineering score 29.76
4. adom/kicad-bridge score 29.20
5. adom/altium-bridge score 29.20
"is any track carrying too much current"Track capacity #11 of 86
1. adom/altium-bridge score 80.17
2. adom/wiki score 20.21
3. adom/adom-wiki-skillpack score 13.22
4. adom/pcl-data-profile score 13.22
5. adom/adom-schematic score 13.22