molecule
AFS_Adom flight computer molecule
Public Unreviewedby ae007
Active fin stabilization flight computer for a sounding rocket, a clean-room AI redesign of the Rice Eclipse AFS board: RP2350B, ICM-45686, KX134-1211, MMC5983MA, MS5611, TMP117, INA219A, 8 servos, 2S LiPo, USB-C; 4-layer Adom molecule, designed end to end by Claude through KiCad and adom-aiflow
main
ae007
Project page: AFS_Adom rev A (Rice Eclipse AFS clean-room AI redesign): highlight reel and narrated process video with…
cbe460e
7d ago
{
"video": "/ae007/afs-adom/render/videos/afs-adom-process.mp4",
"title": "How the AI built it: the adom-aiflow run, narrated (144 s)",
"poster": "/ae007/afs-adom/render/videos/afs-adom-process-poster.jpg",
"chapters": [
{
"t": 0,
"title": "Rules and sourcing"
},
{
"t": 31.3,
"title": "Design and routing"
},
{
"t": 58.8,
"title": "Pours and current analysis"
},
{
"t": 91.2,
"title": "Adom Fields"
},
{
"t": 138.5,
"title": "Silkscreen"
}
],
"captions": "WEBVTT\n\n00:00:01.040 --> 00:00:04.918\nRules. Choose the fab and load its design\nrules before anything is drawn.\n\n00:00:17.192 --> 00:00:19.662\nSourcing. 6 minutes of real time.\n\n00:00:31.324 --> 00:00:32.211\nDesign.\n\n00:00:34.792 --> 00:00:36.422\nRouting, visit 2.\n\n00:00:37.192 --> 00:00:38.617\nRouting, visit 3.\n\n00:00:40.258 --> 00:00:41.889\nRouting, visit 6.\n\n00:00:42.426 --> 00:00:44.056\nRouting, visit 7.\n\n00:00:46.294 --> 00:00:50.563\nRouting, visit 14. route to 100 percent\nwith the spec's rules.\n\n00:00:58.800 --> 00:01:00.084\nPours, visit 3.\n\n00:01:00.184 --> 00:01:02.892\nCurrent density on F.Cu.\n\n00:01:05.322 --> 00:01:08.060\nCurrent analysis, the AI's own drawing.\n\n00:01:11.456 --> 00:01:13.329\nCurrent analysis, visit 8.\n\n00:01:14.756 --> 00:01:16.749\nCurrent analysis, visit 9.\n\n00:01:21.156 --> 00:01:23.725\nCurrent density on F.Cu.\n\n00:01:26.155 --> 00:01:28.437\nTemperature rise over ambient.\n\n00:01:31.184 --> 00:01:33.119\nFields. the fields on the board:\n\n00:01:33.119 --> 00:01:41.181\nadom-fields solves the current density of\nevery loaded net, the heat flow in each\ncopper layer with the vias, and the\ntemperature over the board;\n\n00:01:41.181 --> 00:01:45.697\nthe AI reads the issues and walks the\nboard in the app on camera.\n\n00:01:45.697 --> 00:01:47.309\n10 minutes of real time.\n\n00:02:18.457 --> 00:02:22.033\nSilkscreen. Make both faces useful in real\nservice.\n\n"
}