project
Adom Custom Electronic Load
Public Made by Adomby adom
Two-layer digitally controlled electronic-load prototype. Compact R11 is under active electrical, cooling and probe-access review; not a manufacturing release.
← Commit history
Lead with 4m34 narrated build plus recorded 3D thermal comparison and captions
39 files changed
+1331−4
README.md+2−2docs/cooling-volume/README.md+6−2docs/process-video.md+4tools/assemble_volume_video.py+29tools/record_volume_study.py+33videos/cooling-volume/captions.vtt+65videos/cooling-volume/chapters.json+22videos/cooling-volume/comparison-frame.jpgvideos/cooling-volume/comparison-raw.mp4videos/cooling-volume/comparison.json+8videos/cooling-volume/comparison.mp3videos/cooling-volume/contact-sheet.jpgvideos/cooling-volume/fan-off-frame.jpgvideos/cooling-volume/fan-off-raw.mp4videos/cooling-volume/fan-off.json+8videos/cooling-volume/fan-off.mp3videos/cooling-volume/low-profile-frame.jpgvideos/cooling-volume/low-profile-raw.mp4videos/cooling-volume/low-profile.json+8videos/cooling-volume/low-profile.mp3videos/cooling-volume/narration.json+22videos/cooling-volume/native-recordings.json+353videos/cooling-volume/pi-blower-frame.jpgvideos/cooling-volume/pi-blower-raw.mp4videos/cooling-volume/pi-blower.json+8videos/cooling-volume/pi-blower.mp3videos/cooling-volume/pull-receipt.json+44videos/cooling-volume/solid-path-frame.jpgvideos/cooling-volume/solid-path-raw.mp4videos/cooling-volume/solid-path.json+8videos/cooling-volume/solid-path.mp3videos/cooling-volume/thermal-addon.mp4videos/full-edit-with-thermal/audio-check.log+40videos/full-edit-with-thermal/captions.vtt+306videos/full-edit-with-thermal/chapters.json+150videos/full-edit-with-thermal/decode-check.logvideos/full-edit-with-thermal/edit-report.json+59videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4videos/full-edit-with-thermal/review.video.json+156README.md+2−2@@ -1,8 +1,8 @@ # Adom custom electronic load -::adom-video{src="/adom/adom-custom-electronic-load/render/videos/full-edit-r10-tight/review.video.json"}+::adom-video{src="/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/review.video.json"} -**Watch how we built it — 3:27 narrated development tour.** [Video details and chapters](docs/process-video.md) · [Download 1080p](videos/full-edit-r10-tight/electronic-load-r10-captioned-1080p.mp4).+**Watch how we built it — 4:34 narrated build and compact-cooling analysis.** [Video details and chapters](docs/process-video.md) · [Download updated video](videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4) · [Original build in 1080p](videos/full-edit-r10-tight/electronic-load-r10-captioned-1080p.mp4). **New volumetric thermal results:** [Compare Q1-to-fin heat flow, fan assumptions and conditional wattage](docs/cooling-volume/README.md) · [Current Q1 and rectifier review](docs/parts-review/README.md).
docs/cooling-volume/README.md+6−2@@ -1,6 +1,6 @@ # Three compact coolers — 3D heat spreading and conditional power -[Open the interactive thermal comparison]](https://wiki.adom.inc/adom/adom-custom-electronic-load/render/docs/cooling-volume/viewer.html) · [Original assembly mockups](https://wiki.adom.inc/adom/adom-custom-electronic-load/files/docs/cooling-3d/README.md) · [Q1 and diode alternatives](https://wiki.adom.inc/adom/adom-custom-electronic-load/files/docs/parts-review/README.md)+[Open the interactive thermal comparison](https://wiki.adom.inc/adom/adom-custom-electronic-load/render/docs/cooling-volume/viewer.html) · [Original assembly mockups](https://wiki.adom.inc/adom/adom-custom-electronic-load/files/docs/cooling-3d/README.md) · [Q1 and diode alternatives](https://wiki.adom.inc/adom/adom-custom-electronic-load/files/docs/parts-review/README.md) This study now solves heat conduction in **three dimensions through an equivalent Q1 case, AlN isolator, spreader, heatsink base and fins**. It uses a development extension to Adom Fields, rather than just a board-surface thermal texture. Calculated temperatures are not measurements or qualified power ratings. The compact PCB remains an unrouted 72 × 72 mm packing target with large pins on a 64 × 64 mm grid; the thermal model does not establish probing clearance. @@ -63,4 +63,8 @@ No higher-power board rating is released: DC safe operating area, D1/shunt/trace ## Shared Fields source status -[Fields source PR #12]](https://wiki.adom.inc/adom/adom-fields/prs/12) and [owner issue #12]](https://wiki.adom.inc/adom/adom-fields/issues/12) track the reusable capability. The focused branch is based on `fbce2638ab91b76cf34f802c5a10a11cfeaaecc8`; the submitted diff matches the reviewed six-file patch. Source tests, optimized build and native project-viewer checks passed. Owner merge, package publication and installation are pending. The shared installed Fields binary was not replaced.+[Fields source PR #12](https://wiki.adom.inc/adom/adom-fields/prs/12) and [owner issue #12](https://wiki.adom.inc/adom/adom-fields/issues/12) track the reusable capability. The focused branch is based on `fbce2638ab91b76cf34f802c5a10a11cfeaaecc8`; the submitted diff matches the reviewed six-file patch. Source tests, optimized build and native project-viewer checks passed. Owner merge, package publication and installation are pending. The shared installed Fields binary was not replaced.++## Recorded analysis++Five native Pup clips cover the solid heat path, fan-off sensitivity, low-profile cooler, Pi-style concept and comparison. They are edited with separately generated Adom TTS narration into the [updated 4:34 project video](https://wiki.adom.inc/adom/adom-custom-electronic-load), starting at 3:26.8. New captions are sentence-level timing estimates, not forced-aligned words. No hardware measurement is portrayed.
docs/process-video.md+4@@ -1,3 +1,7 @@+## Updated cut: compact thermal analysis++The project now leads with a 4:34 cut adding five native Pup clips and Adom TTS narration. [Download the updated video](/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4). [Captions](/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/captions.vtt) and [chapters](/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/chapters.json) include the added thermal section from 3:26.8. The older 1080p cut below remains the original build footage, without this addition. New narration uses sentence-level estimated caption timing and explicitly distinguishes simulated results from tested ratings.+ # Electronic load narrated process review — Board34 / R10 The tightened review cut runs **3 minutes 27 seconds**. It removes about 67 seconds of padded voiceover gaps from the original 4:34 cut. Each scene keeps its complete visual span at faster playback while the narration retains natural short pauses. This is shorter than the initial 4–5 minute preference in response to the request to remove dead air.
tools/assemble_volume_video.pyadded+29@@ -0,0 +1,29 @@+"""Edited voiceover on authentic Pup window footage; captions are sentence-level estimates."""+from pathlib import Path+import json,subprocess,shutil,re,hashlib,math,textwrap+R=Path(__file__).resolve().parents[1];O=R/'videos/cooling-volume';B=R/'videos/full-edit-r10-tight';F=R/'videos/full-edit-with-thermal';F.mkdir(exist_ok=True)+def run(args):subprocess.run(args,check=True,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL)+def duration(p):return float(subprocess.check_output(['ffprobe','-v','error','-show_entries','format=duration','-of','csv=p=0',str(p)],text=True))+def stamp(t):+ ms=round(t*1000);return f'{ms//3600000:02}:{ms//60000%60:02}:{ms//1000%60:02}.{ms%1000:03}'+receipts=json.loads((O/'native-recordings.json').read_text());pulled=json.loads((O/'pull-receipt.json').read_text())['files'];scenes=json.loads((O/'narration.json').read_text());t=0;cues=[];chapters=[];segments=[];audit=[]+for i,s in enumerate(scenes):+ raw=O/(s['id']+'-raw.mp4');shutil.copyfile(pulled[i]['path'],raw);assert hashlib.sha256(raw.read_bytes()).hexdigest()==pulled[i]['sha256']+ audio=O/(s['id']+'-tight.wav');run(['ffmpeg','-y','-i',str(O/(s['id']+'.mp3')),'-af','silenceremove=start_periods=1:start_threshold=-40dB:start_silence=0.04:stop_periods=-1:stop_duration=0.7:stop_threshold=-40dB:stop_silence=0.25','-ar','48000','-ac','2',str(audio)])+ d=duration(audio);video=O/(s['id']+'-edited.mp4');available=duration(raw);speed=min(1.,d/available)+ # Compress the full recorded action into the spoken duration; no repeated/frozen tail.+ run(['ffmpeg','-y','-i',str(raw),'-i',str(audio),'-filter_complex',f'[0:v]setpts={speed}*(PTS-STARTPTS),scale=1280:720:force_original_aspect_ratio=decrease,pad=1280:720:(ow-iw)/2:(oh-ih)/2,fps=30,setsar=1[v]','-map','[v]','-map','1:a','-t',str(d),'-c:v','libx264','-preset','fast','-crf','23','-g','30','-pix_fmt','yuv420p','-c:a','aac','-b:a','96k','-movflags','+faststart',str(video)])+ actual=duration(video);segments.append(video);chapters.append({'t':t,'title':s['id'].replace('-',' ')})+ sentences=re.split(r'(?<=[.!?])\s+',s['text']);weights=[len(x.split()) for x in sentences];total=sum(weights);offset=t+ for sentence,w in zip(sentences,weights):+ end=offset+d*w/total;cues.append({'start':offset,'end':end,'text':'\n'.join(textwrap.wrap(sentence,44))});offset=end+ audit.append({'id':s['id'],'rawSeconds':available,'audioSeconds':d,'editedSeconds':actual,'visualSpeed':1/speed,'sha256':hashlib.sha256(raw.read_bytes()).hexdigest()});t+=actual+ # Contact sheet source frames from each beat.+ run(['ffmpeg','-y','-ss',str(min(3,d/3)),'-i',str(video),'-frames:v','1',str(O/(s['id']+'-frame.jpg'))])+(O/'concat.txt').write_text(''.join("file '"+str(p)+"'\n" for p in segments));addon=O/'thermal-addon.mp4';run(['ffmpeg','-y','-f','concat','-safe','0','-i',str(O/'concat.txt'),'-c','copy','-movflags','+faststart',str(addon)])+(O/'captions.vtt').write_text('WEBVTT\n\n'+'\n\n'.join(f"{stamp(c['start'])} --> {stamp(c['end'])}\n{c['text']}" for c in cues)+'\n');(O/'chapters.json').write_text(json.dumps(chapters,indent=2))+base=B/'electronic-load-r10-captioned-web.mp4';base_d=duration(base);(F/'concat.txt').write_text(f"file '{base}'\nfile '{addon}'\n");full=F/'electronic-load-with-thermal-web.mp4'+run(['ffmpeg','-y','-f','concat','-safe','0','-i',str(F/'concat.txt'),'-c:v','libx264','-preset','fast','-b:v','340k','-maxrate','380k','-bufsize','760k','-g','30','-keyint_min','30','-pix_fmt','yuv420p','-c:a','aac','-b:a','64k','-movflags','+faststart',str(full)])+old=json.loads((B/'review.video.json').read_text());vtt=old['captions'].rstrip()+'\n\n'+'\n\n'.join(f"{stamp(base_d+c['start'])} --> {stamp(base_d+c['end'])}\n{c['text']}" for c in cues)+'\n';chs=old['chapters']+[{'t':base_d+x['t'],'title':'Thermal: '+x['title']} for x in chapters]+(F/'captions.vtt').write_text(vtt);(F/'chapters.json').write_text(json.dumps(chs,indent=2));manifest={'video':'/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/'+full.name,'title':'Electronic load: build and compact cooling analysis','poster':old['poster'],'captions':vtt,'chapters':chs};(F/'review.video.json').write_text(json.dumps(manifest,indent=2))+report={'duration':duration(full),'bytes':full.stat().st_size,'sha256':hashlib.sha256(full.read_bytes()).hexdigest(),'baseSeconds':base_d,'addonSeconds':duration(addon),'captionTiming':'New segment: sentence-level duration weighted by word count, not forced-aligned; source audio trimmed of pauses >=0.7s to retained 0.25s. Existing captions retained.','segments':audit,'recording':'Native Pup window footage; separately synthesized Adom TTS voiceover added in edit.','sourceStatus':'Fields source PR pending owner review, not installed release','hardwareQualified':False};(F/'edit-report.json').write_text(json.dumps(report,indent=2));print(json.dumps(report),flush=True)
tools/record_volume_study.pyadded+33@@ -0,0 +1,33 @@+from pathlib import Path+import json,subprocess,time+R=Path(__file__).resolve().parents[1];O=R/'videos/cooling-volume'+def ab(verb,args):+ p=subprocess.run(['adom-bridge','--ai-thread','adom-custom-load',verb,json.dumps(args)],capture_output=True,text=True,check=True);r=json.loads(p.stdout)+ if r.get('success') is False or r.get('ok') is False or r.get('error'):raise RuntimeError(str(r))+ return r++def ev(s):return ab('pup_eval',{'expression':s})+scenes=json.loads((O/'narration.json').read_text());records=[]+for n,s in enumerate(scenes):+ name,h=[('chipset40',100),('chipset40',5),('preferred50',100),('pi5',100),('chipset40',100)][n]+ ev(f"selectThermal('{name}',{h})")+ ev("(()=>{for(const id of ['sink','layers']){document.getElementById(id).checked=true;document.getElementById(id).dispatchEvent(new Event('change'));}const c=thermalViewer.getCamera();c.alpha=.8;c.beta=.55;return window.thermalState;})()")+ if n==0:ev("document.getElementById('scale').click()")+ if n==1:ev("document.getElementById('scale').click()")+ if n==2:ev("document.getElementById('scale').click()")+ d=float(subprocess.check_output(['ffprobe','-v','error','-show_entries','format=duration','-of','csv=p=0',str(O/(s['id']+'.mp3'))],text=True))+ start=ab('pup_record_start',{});t=time.monotonic()+ try:+ time.sleep(2)+ if n==0:+ ev("(()=>{document.getElementById('sink').checked=false;document.getElementById('sink').dispatchEvent(new Event('change'));return true;})()")+ time.sleep(3);ev("document.getElementById('section').click()")+ elif n==4:+ ev("document.getElementById('section').click()")+ time.sleep(4)+ ev("(()=>{document.getElementById('sectionImage').src='./power-comparison.png';return true;})()")+ else:+ ev("(()=>{let n=0;const timer=setInterval(()=>{thermalViewer.getCamera().alpha+=.008;if(++n>=60)clearInterval(timer);},100);return true;})()")+ time.sleep(max(0,d-(time.monotonic()-t)+.5))+ finally:stop=ab('pup_record_stop',{})+ rec={**s,'audioSeconds':d,'startReceipt':start,'stopReceipt':stop};records.append(rec);(O/'native-recordings.json').write_text(json.dumps(records,indent=2));print(s['id'],json.dumps(stop)[:400],flush=True)
videos/cooling-volume/captions.vttadded+65@@ -0,0 +1,65 @@+WEBVTT++00:00:00.000 --> 00:00:03.407+We extended Adom Fields beyond the circuit+board.++00:00:03.407 --> 00:00:10.647+This model follows heat from Q one, through+its insulating interface, into the heatsink+base and fins.++00:00:10.647 --> 00:00:13.203+The geometry and airflow remain assumptions.++00:00:13.203 --> 00:00:16.968+Turn off the assumed forced airflow, and the+temperature climbs.++00:00:16.968 --> 00:00:22.993+None of these three concepts supports our+five watt target in the modeled fan off+conditions.++00:00:22.993 --> 00:00:25.252+Fan monitoring and shutdown remain+essential.++00:00:25.252 --> 00:00:28.997+The fifty millimeter low profile cooler+offers the smallest height.++00:00:28.997 --> 00:00:34.240+Its conditional cooling range is about four+to six watts, depending on installed+airflow.++00:00:34.240 --> 00:00:37.610+That is a design estimate, not a product+rating.++00:00:37.619 --> 00:00:43.808+The Pi style blower concept stays flat too,+with roughly five to seven watts in this+sensitivity study.++00:00:43.808 --> 00:00:48.622+A real mounting interface and a measured+airflow test still have to prove it.++00:00:48.622 --> 00:00:55.116+The taller fin stack leads this comparison+at roughly seven to nine watts, but takes+more height.++00:00:55.116 --> 00:00:57.790+We checked mesh refinement and heat balance.++00:00:57.790 --> 00:01:03.903+Better diode protection could move the board+hotspot into Q one, without reducing the+total heat.++00:01:03.903 --> 00:01:07.341+These compact layouts still need routing and+physical tests.
videos/cooling-volume/chapters.jsonadded+22@@ -0,0 +1,22 @@+[+ {+ "t": 0,+ "title": "solid path"+ },+ {+ "t": 13.203,+ "title": "fan off"+ },+ {+ "t": 25.252,+ "title": "low profile"+ },+ {+ "t": 37.618667,+ "title": "pi blower"+ },+ {+ "t": 48.621667,+ "title": "comparison"+ }+]
videos/cooling-volume/comparison-frame.jpgadded⋯ 1 unchanged line ⋯
videos/cooling-volume/comparison-raw.mp4added⋯ 1 unchanged line ⋯
videos/cooling-volume/comparison.jsonadded+8@@ -0,0 +1,8 @@+{+ "desc": "",+ "label": "",+ "rate": "+0%",+ "text": "The taller fin stack leads this comparison at roughly seven to nine watts, but takes more height. We checked mesh refinement and heat balance. Better diode protection could move the board hotspot into Q one, without reducing the total heat. These compact layouts still need routing and physical tests.",+ "tts_hash": "4f01a53552cf7a60214427d057b8a9bcc976042acc15d7edfe2d4c99e5da0af7",+ "voice": "en-US-AndrewNeural"+}
videos/cooling-volume/comparison.mp3added⋯ 1 unchanged line ⋯
videos/cooling-volume/contact-sheet.jpgadded⋯ 1 unchanged line ⋯
videos/cooling-volume/fan-off-frame.jpgadded⋯ 1 unchanged line ⋯
videos/cooling-volume/fan-off-raw.mp4added⋯ 1 unchanged line ⋯
videos/cooling-volume/fan-off.jsonadded+8@@ -0,0 +1,8 @@+{+ "desc": "",+ "label": "",+ "rate": "+0%",+ "text": "Turn off the assumed forced airflow, and the temperature climbs. None of these three concepts supports our five watt target in the modeled fan off conditions. Fan monitoring and shutdown remain essential.",+ "tts_hash": "5a68e9533fbb2b50caa197f2873ac374f4d03ba2c30c76fda75ca3c5e0f41449",+ "voice": "en-US-AndrewNeural"+}
videos/cooling-volume/fan-off.mp3added⋯ 1 unchanged line ⋯
videos/cooling-volume/low-profile-frame.jpgadded⋯ 1 unchanged line ⋯
videos/cooling-volume/low-profile-raw.mp4added⋯ 1 unchanged line ⋯
videos/cooling-volume/low-profile.jsonadded+8@@ -0,0 +1,8 @@+{+ "desc": "",+ "label": "",+ "rate": "+0%",+ "text": "The fifty millimeter low profile cooler offers the smallest height. Its conditional cooling range is about four to six watts, depending on installed airflow. That is a design estimate, not a product rating.",+ "tts_hash": "6bb875da5d7c9226748b15edb4bdec4111a8a515710302ce8dec922f36899f20",+ "voice": "en-US-AndrewNeural"+}
videos/cooling-volume/low-profile.mp3added⋯ 1 unchanged line ⋯
videos/cooling-volume/narration.jsonadded+22@@ -0,0 +1,22 @@+[+ {+ "id": "solid-path",+ "text": "We extended Adom Fields beyond the circuit board. This model follows heat from Q one, through its insulating interface, into the heatsink base and fins. The geometry and airflow remain assumptions."+ },+ {+ "id": "fan-off",+ "text": "Turn off the assumed forced airflow, and the temperature climbs. None of these three concepts supports our five watt target in the modeled fan off conditions. Fan monitoring and shutdown remain essential."+ },+ {+ "id": "low-profile",+ "text": "The fifty millimeter low profile cooler offers the smallest height. Its conditional cooling range is about four to six watts, depending on installed airflow. That is a design estimate, not a product rating."+ },+ {+ "id": "pi-blower",+ "text": "The Pi style blower concept stays flat too, with roughly five to seven watts in this sensitivity study. A real mounting interface and a measured airflow test still have to prove it."+ },+ {+ "id": "comparison",+ "text": "The taller fin stack leads this comparison at roughly seven to nine watts, but takes more height. We checked mesh refinement and heat balance. Better diode protection could move the board hotspot into Q one, without reducing the total heat. These compact layouts still need routing and physical tests."+ }+]
videos/cooling-volume/native-recordings.jsonadded+353@@ -0,0 +1,353 @@+[+ {+ "id": "solid-path",+ "text": "We extended Adom Fields beyond the circuit board. This model follows heat from Q one, through its insulating interface, into the heatsink base and fins. The geometry and airflow remain assumptions.",+ "audioSeconds": 13.32,+ "startReceipt": {+ "_hint": "Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.",+ "_next": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "durationMs": 1436,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171053.mp4",+ "fps": 30,+ "height": 1528,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-3342738b515a47dbb8d784d573254f12\",\"sessionId\":\"adom-custom-load\",\"tabId\":\"tab-2\",\"fps\":30,\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171053.mp4\",\"width\":2560,\"height\":1528,\"engine\":\"ab native recorder (Windows Graphics Capture, hardware H.264 MP4)\",\"window\":\"adom-custom-load\",\"aiThread\":\"adom-custom-load\",\"_hint\":\"Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.\",\"_next\":[\"pup_record_stop\",\"pup_record_status\"],\"related\":[\"pup_record_stop\",\"pup_record_status\"],\"pitfalls\":[\"one recording per session \u2014 stop the current one before starting another\"]}",+ "pitfalls": [+ "one recording per session \u2014 stop the current one before starting another"+ ],+ "recordingId": "rec-3342738b515a47dbb8d784d573254f12",+ "related": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "schemaVersion": 1,+ "sessionId": "adom-custom-load",+ "shell": "rust",+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "tabId": "tab-2",+ "timeoutSeconds": 90,+ "width": 2560+ },+ "stopReceipt": {+ "_hint": "Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.",+ "_next": [+ "pup_record_start",+ "pup_record_list"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "bytes": 2632924,+ "durationMs": 13938,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171053.mp4",+ "frames": 158,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-3342738b515a47dbb8d784d573254f12\",\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171053.mp4\",\"bytes\":2632924,\"sizeKB\":2571,\"frames\":158,\"durationMs\":13938,\"engine\":\"ab native recorder (H.264 MP4)\",\"_hint\":\"Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.\",\"_next\":[\"pup_record_start\",\"pup_record_list\"],\"related\":[\"pup_record_start\",\"pup_record_list\"],\"pitfalls\":[\"no-op if nothing is recording for this session\"]}",+ "pitfalls": [+ "no-op if nothing is recording for this session"+ ],+ "recordedMs": 13938,+ "recordingId": "rec-3342738b515a47dbb8d784d573254f12",+ "related": [+ "pup_record_start",+ "pup_record_list"+ ],+ "schemaVersion": 1,+ "shell": "rust",+ "sizeKB": 2571,+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "timeoutSeconds": 90+ }+ },+ {+ "id": "fan-off",+ "text": "Turn off the assumed forced airflow, and the temperature climbs. None of these three concepts supports our five watt target in the modeled fan off conditions. Fan monitoring and shutdown remain essential.",+ "audioSeconds": 12.168,+ "startReceipt": {+ "_hint": "Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.",+ "_next": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "durationMs": 508,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171110.mp4",+ "fps": 30,+ "height": 1528,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-4842553e66eb4d8186a94ecf7d1ec6e9\",\"sessionId\":\"adom-custom-load\",\"tabId\":\"tab-2\",\"fps\":30,\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171110.mp4\",\"width\":2560,\"height\":1528,\"engine\":\"ab native recorder (Windows Graphics Capture, hardware H.264 MP4)\",\"window\":\"adom-custom-load\",\"aiThread\":\"adom-custom-load\",\"_hint\":\"Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.\",\"_next\":[\"pup_record_stop\",\"pup_record_status\"],\"related\":[\"pup_record_stop\",\"pup_record_status\"],\"pitfalls\":[\"one recording per session \u2014 stop the current one before starting another\"]}",+ "pitfalls": [+ "one recording per session \u2014 stop the current one before starting another"+ ],+ "recordingId": "rec-4842553e66eb4d8186a94ecf7d1ec6e9",+ "related": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "schemaVersion": 1,+ "sessionId": "adom-custom-load",+ "shell": "rust",+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "tabId": "tab-2",+ "timeoutSeconds": 90,+ "width": 2560+ },+ "stopReceipt": {+ "_hint": "Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.",+ "_next": [+ "pup_record_start",+ "pup_record_list"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "bytes": 2709153,+ "durationMs": 12746,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171110.mp4",+ "frames": 353,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-4842553e66eb4d8186a94ecf7d1ec6e9\",\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171110.mp4\",\"bytes\":2709153,\"sizeKB\":2645,\"frames\":353,\"durationMs\":12746,\"engine\":\"ab native recorder (H.264 MP4)\",\"_hint\":\"Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.\",\"_next\":[\"pup_record_start\",\"pup_record_list\"],\"related\":[\"pup_record_start\",\"pup_record_list\"],\"pitfalls\":[\"no-op if nothing is recording for this session\"]}",+ "pitfalls": [+ "no-op if nothing is recording for this session"+ ],+ "recordedMs": 12746,+ "recordingId": "rec-4842553e66eb4d8186a94ecf7d1ec6e9",+ "related": [+ "pup_record_start",+ "pup_record_list"+ ],+ "schemaVersion": 1,+ "shell": "rust",+ "sizeKB": 2645,+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "timeoutSeconds": 90+ }+ },+ {+ "id": "low-profile",+ "text": "The fifty millimeter low profile cooler offers the smallest height. Its conditional cooling range is about four to six watts, depending on installed airflow. That is a design estimate, not a product rating.",+ "audioSeconds": 12.48,+ "startReceipt": {+ "_hint": "Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.",+ "_next": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "durationMs": 586,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171125.mp4",+ "fps": 30,+ "height": 1528,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-b22a735dd9804883948d46dca76cda60\",\"sessionId\":\"adom-custom-load\",\"tabId\":\"tab-2\",\"fps\":30,\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171125.mp4\",\"width\":2560,\"height\":1528,\"engine\":\"ab native recorder (Windows Graphics Capture, hardware H.264 MP4)\",\"window\":\"adom-custom-load\",\"aiThread\":\"adom-custom-load\",\"_hint\":\"Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.\",\"_next\":[\"pup_record_stop\",\"pup_record_status\"],\"related\":[\"pup_record_stop\",\"pup_record_status\"],\"pitfalls\":[\"one recording per session \u2014 stop the current one before starting another\"]}",+ "pitfalls": [+ "one recording per session \u2014 stop the current one before starting another"+ ],+ "recordingId": "rec-b22a735dd9804883948d46dca76cda60",+ "related": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "schemaVersion": 1,+ "sessionId": "adom-custom-load",+ "shell": "rust",+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "tabId": "tab-2",+ "timeoutSeconds": 90,+ "width": 2560+ },+ "stopReceipt": {+ "_hint": "Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.",+ "_next": [+ "pup_record_start",+ "pup_record_list"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "bytes": 3138622,+ "durationMs": 13016,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171125.mp4",+ "frames": 361,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-b22a735dd9804883948d46dca76cda60\",\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171125.mp4\",\"bytes\":3138622,\"sizeKB\":3065,\"frames\":361,\"durationMs\":13016,\"engine\":\"ab native recorder (H.264 MP4)\",\"_hint\":\"Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.\",\"_next\":[\"pup_record_start\",\"pup_record_list\"],\"related\":[\"pup_record_start\",\"pup_record_list\"],\"pitfalls\":[\"no-op if nothing is recording for this session\"]}",+ "pitfalls": [+ "no-op if nothing is recording for this session"+ ],+ "recordedMs": 13016,+ "recordingId": "rec-b22a735dd9804883948d46dca76cda60",+ "related": [+ "pup_record_start",+ "pup_record_list"+ ],+ "schemaVersion": 1,+ "shell": "rust",+ "sizeKB": 3065,+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "timeoutSeconds": 90+ }+ },+ {+ "id": "pi-blower",+ "text": "The Pi style blower concept stays flat too, with roughly five to seven watts in this sensitivity study. A real mounting interface and a measured airflow test still have to prove it.",+ "audioSeconds": 11.136,+ "startReceipt": {+ "_hint": "Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.",+ "_next": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "_reportIssues": "pup is actively developed and bug reports are genuinely wanted. If a pup verb misbehaves (wrong result, a hang, a window that never appears, a hint that turned out to be false, a process left running), file it on pup's own wiki repo so the maintainers see it: `adom-wiki issue list adom/pup-bridge` to check for a duplicate first, then `adom-wiki issue create adom/pup-bridge --title \"<one-line symptom>\" --category bug-report --body \"<what you ran, what you expected, what happened, the VERBATIM response JSON, and the bridge version from bridge_list>\"`. Include the machine's OS and whether it is Windows or macOS. Reports from real machines are the only way this bridge gets correct \u2014 the maintainers cannot reproduce every environment.",+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "durationMs": 480,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171140.mp4",+ "fps": 30,+ "height": 1528,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-59bd3a7a685f4d59bb3826e3e079addd\",\"sessionId\":\"adom-custom-load\",\"tabId\":\"tab-2\",\"fps\":30,\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171140.mp4\",\"width\":2560,\"height\":1528,\"engine\":\"ab native recorder (Windows Graphics Capture, hardware H.264 MP4)\",\"window\":\"adom-custom-load\",\"aiThread\":\"adom-custom-load\",\"_reportIssues\":\"pup is actively developed and bug reports are genuinely wanted. If a pup verb misbehaves (wrong result, a hang, a window that never appears, a hint that turned out to be false, a process left running), file it on pup's own wiki repo so the maintainers see it: `adom-wiki issue list adom/pup-bridge` to check for a duplicate first, then `adom-wiki issue create adom/pup-bridge --title \\\"<one-line symptom>\\\" --category bug-report --body \\\"<what you ran, what you expected, what happened, the VERBATIM response JSON, and the bridge version from bridge_list>\\\"`. Include the machine's OS and whether it is Windows or macOS. Reports from real machines are the only way this bridge gets correct \u2014 the maintainers cannot reproduce every environment.\",\"_hint\":\"Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.\",\"_next\":[\"pup_record_stop\",\"pup_record_status\"],\"related\":[\"pup_record_stop\",\"pup_record_status\"],\"pitfalls\":[\"one recording per session \u2014 stop the current one before starting another\"]}",+ "pitfalls": [+ "one recording per session \u2014 stop the current one before starting another"+ ],+ "recordingId": "rec-59bd3a7a685f4d59bb3826e3e079addd",+ "related": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "schemaVersion": 1,+ "sessionId": "adom-custom-load",+ "shell": "rust",+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "tabId": "tab-2",+ "timeoutSeconds": 90,+ "width": 2560+ },+ "stopReceipt": {+ "_hint": "Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.",+ "_next": [+ "pup_record_start",+ "pup_record_list"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "bytes": 2748935,+ "durationMs": 11672,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171140.mp4",+ "frames": 324,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-59bd3a7a685f4d59bb3826e3e079addd\",\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171140.mp4\",\"bytes\":2748935,\"sizeKB\":2684,\"frames\":324,\"durationMs\":11672,\"engine\":\"ab native recorder (H.264 MP4)\",\"_hint\":\"Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.\",\"_next\":[\"pup_record_start\",\"pup_record_list\"],\"related\":[\"pup_record_start\",\"pup_record_list\"],\"pitfalls\":[\"no-op if nothing is recording for this session\"]}",+ "pitfalls": [+ "no-op if nothing is recording for this session"+ ],+ "recordedMs": 11672,+ "recordingId": "rec-59bd3a7a685f4d59bb3826e3e079addd",+ "related": [+ "pup_record_start",+ "pup_record_list"+ ],+ "schemaVersion": 1,+ "shell": "rust",+ "sizeKB": 2684,+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "timeoutSeconds": 90+ }+ },+ {+ "id": "comparison",+ "text": "The taller fin stack leads this comparison at roughly seven to nine watts, but takes more height. We checked mesh refinement and heat balance. Better diode protection could move the board hotspot into Q one, without reducing the total heat. These compact layouts still need routing and physical tests.",+ "audioSeconds": 18.84,+ "startReceipt": {+ "_hint": "Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.",+ "_next": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "durationMs": 413,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171154.mp4",+ "fps": 30,+ "height": 1528,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-526ffa42ff6e45d7a8484db130b553ef\",\"sessionId\":\"adom-custom-load\",\"tabId\":\"tab-2\",\"fps\":30,\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171154.mp4\",\"width\":2560,\"height\":1528,\"engine\":\"ab native recorder (Windows Graphics Capture, hardware H.264 MP4)\",\"window\":\"adom-custom-load\",\"aiThread\":\"adom-custom-load\",\"_hint\":\"Recording the whole pup window through ab's native recorder (background is fine; a covered window still records). Frames are emitted only when the content changes, so a static page yields few frames and a small file. pup_record_stop {} returns the MP4 path; pull it with adom-bridge pull_file {filePaths:[path]}.\",\"_next\":[\"pup_record_stop\",\"pup_record_status\"],\"related\":[\"pup_record_stop\",\"pup_record_status\"],\"pitfalls\":[\"one recording per session \u2014 stop the current one before starting another\"]}",+ "pitfalls": [+ "one recording per session \u2014 stop the current one before starting another"+ ],+ "recordingId": "rec-526ffa42ff6e45d7a8484db130b553ef",+ "related": [+ "pup_record_stop",+ "pup_record_status"+ ],+ "schemaVersion": 1,+ "sessionId": "adom-custom-load",+ "shell": "rust",+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "tabId": "tab-2",+ "timeoutSeconds": 90,+ "width": 2560+ },+ "stopReceipt": {+ "_hint": "Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.",+ "_next": [+ "pup_record_start",+ "pup_record_list"+ ],+ "_timeoutHint": "ab waits up to 90s for this verb before the request times out. If it's a long operation (cloud open / download / export), DON'T treat a timeout as failure \u2014 the work usually keeps running on the bridge. Poll `pup_readiness` until it reports done.",+ "bytes": 3422724,+ "durationMs": 19427,+ "engine": "ab",+ "error": "",+ "filePath": "C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171154.mp4",+ "frames": 233,+ "ok": true,+ "output": "{\"ok\":true,\"recordingId\":\"rec-526ffa42ff6e45d7a8484db130b553ef\",\"filePath\":\"C:/Users/john/AppData/Local/Temp/adom-bridge-recordings/window-27199580-20261013-171154.mp4\",\"bytes\":3422724,\"sizeKB\":3342,\"frames\":233,\"durationMs\":19427,\"engine\":\"ab native recorder (H.264 MP4)\",\"_hint\":\"Saved as H.264 MP4 by ab's native recorder. Pull it with adom-bridge pull_file {filePaths:[path]}. Frame count reflects content changes, not wall-clock: a static page records few frames by design.\",\"_next\":[\"pup_record_start\",\"pup_record_list\"],\"related\":[\"pup_record_start\",\"pup_record_list\"],\"pitfalls\":[\"no-op if nothing is recording for this session\"]}",+ "pitfalls": [+ "no-op if nothing is recording for this session"+ ],+ "recordedMs": 19427,+ "recordingId": "rec-526ffa42ff6e45d7a8484db130b553ef",+ "related": [+ "pup_record_start",+ "pup_record_list"+ ],+ "schemaVersion": 1,+ "shell": "rust",+ "sizeKB": 3342,+ "status": "ok",+ "statusVerb": "pup_readiness",+ "success": true,+ "timeoutSeconds": 90+ }+ }+]
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videos/cooling-volume/pi-blower.jsonadded+8@@ -0,0 +1,8 @@+{+ "desc": "",+ "label": "",+ "rate": "+0%",+ "text": "The Pi style blower concept stays flat too, with roughly five to seven watts in this sensitivity study. A real mounting interface and a measured airflow test still have to prove it.",+ "tts_hash": "ee2a342cd31c8bd995d1dec7cf1a42c85d30e2281ef9f86436b2155318a77ba7",+ "voice": "en-US-AndrewNeural"+}
videos/cooling-volume/pi-blower.mp3added⋯ 1 unchanged line ⋯
videos/cooling-volume/pull-receipt.jsonadded+44@@ -0,0 +1,44 @@+{+ "_hint": "Pulled 5 file(s) to /tmp/ on THIS machine (your container / the relay host) — NOT the desktop. Read them locally (e.g. Read the screenshot PNG for image analysis).",+ "durationMs": 451,+ "files": [+ {+ "chunks": 3,+ "name": "window-27199580-20261013-171053.mp4",+ "path": "/tmp/window-27199580-20261013-171053.mp4",+ "sha256": "f5a77d18faa2df1b2a6a989dfebfa7359a0e4820c2fb5ce0d80db5c091486af8",+ "size": 2632924+ },+ {+ "chunks": 3,+ "name": "window-27199580-20261013-171110.mp4",+ "path": "/tmp/window-27199580-20261013-171110.mp4",+ "sha256": "47f2e114b79902e324a953d07e426be814f1b8be86143ed94d017f79a0413a15",+ "size": 2709153+ },+ {+ "chunks": 3,+ "name": "window-27199580-20261013-171125.mp4",+ "path": "/tmp/window-27199580-20261013-171125.mp4",+ "sha256": "72447ccdb5fbff8c5926aec223c2430f8690fffdbf809a6f8f325c1eeadb4c41",+ "size": 3138622+ },+ {+ "chunks": 3,+ "name": "window-27199580-20261013-171140.mp4",+ "path": "/tmp/window-27199580-20261013-171140.mp4",+ "sha256": "84c0dc2469fa7408001a01b162778780194dd4d04f527b9178404ebc84384495",+ "size": 2748935+ },+ {+ "chunks": 4,+ "name": "window-27199580-20261013-171154.mp4",+ "path": "/tmp/window-27199580-20261013-171154.mp4",+ "sha256": "51311a520bcaeeb6950841615607d3258b249c919e8ef8790e208a880990b7b4",+ "size": 3422724+ }+ ],+ "savedTo": "/tmp",+ "status": "ok",+ "success": true+}
videos/cooling-volume/solid-path-frame.jpgadded⋯ 1 unchanged line ⋯
videos/cooling-volume/solid-path-raw.mp4added⋯ 1 unchanged line ⋯
videos/cooling-volume/solid-path.jsonadded+8@@ -0,0 +1,8 @@+{+ "desc": "",+ "label": "",+ "rate": "+0%",+ "text": "We extended Adom Fields beyond the circuit board. This model follows heat from Q one, through its insulating interface, into the heatsink base and fins. The geometry and airflow remain assumptions.",+ "tts_hash": "cbde484a6ff9e47eb2c0dff7d313df1920110b67b3772ab788670e746e89870e",+ "voice": "en-US-AndrewNeural"+}
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videos/full-edit-with-thermal/audio-check.logadded+40@@ -0,0 +1,40 @@+Input #0, mov,mp4,m4a,3gp,3g2,mj2, from '/home/adom/project/adom-custom-electronic-load/videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4':+ Metadata:+ major_brand : isom+ minor_version : 512+ compatible_brands: isomiso2avc1mp41+ encoder : Lavf60.16.100+ Duration: 00:04:34.20, start: 0.000000, bitrate: 406 kb/s+ Stream #0:0[0x1](und): Video: h264 (High) (avc1 / 0x31637661), yuv420p(progressive), 1280x720 [SAR 1:1 DAR 16:9], 332 kb/s, 30 fps, 30 tbr, 15360 tbn (default)+ Metadata:+ handler_name : VideoHandler+ vendor_id : [0][0][0][0]+ encoder : Lavc60.31.102 libx264+ Stream #0:1[0x2](und): Audio: aac (LC) (mp4a / 0x6134706D), 48000 Hz, stereo, fltp, 64 kb/s (default)+ Metadata:+ handler_name : SoundHandler+ vendor_id : [0][0][0][0]+[Parsed_volumedetect_0 @ 0x5c58c04cae00] n_samples: 0+Stream mapping:+ Stream #0:1 -> #0:0 (aac (native) -> pcm_s16le (native))+Press [q] to stop, [?] for help+Output #0, null, to 'pipe:':+ Metadata:+ major_brand : isom+ minor_version : 512+ compatible_brands: isomiso2avc1mp41+ encoder : Lavf60.16.100+ Stream #0:0(und): Audio: pcm_s16le, 48000 Hz, stereo, s16, 1536 kb/s (default)+ Metadata:+ handler_name : SoundHandler+ vendor_id : [0][0][0][0]+ encoder : Lavc60.31.102 pcm_s16le+size= 0kB time=00:00:00.00 bitrate=N/A speed=N/A size=N/A time=00:02:31.88 bitrate=N/A speed= 304x [out#0/null @ 0x5c58c036a440] video:0kB audio:51608kB subtitle:0kB other streams:0kB global headers:0kB muxing overhead: unknown+size=N/A time=00:04:34.17 bitrate=N/A speed= 304x +[Parsed_volumedetect_0 @ 0x5c58c04cae00] n_samples: 26423296+[Parsed_volumedetect_0 @ 0x5c58c04cae00] mean_volume: -22.9 dB+[Parsed_volumedetect_0 @ 0x5c58c04cae00] max_volume: -5.2 dB+[Parsed_volumedetect_0 @ 0x5c58c04cae00] histogram_5db: 100+[Parsed_volumedetect_0 @ 0x5c58c04cae00] histogram_6db: 1228+[Parsed_volumedetect_0 @ 0x5c58c04cae00] histogram_7db: 6322+[Parsed_volumedetect_0 @ 0x5c58c04cae00] histogram_8db: 20315
videos/full-edit-with-thermal/captions.vttadded+306@@ -0,0 +1,306 @@+WEBVTT++00:00:00.060 --> 00:00:04.141+We're building a digitally controlled+electronic load with Adom AI Flow.++00:00:04.621 --> 00:00:07.541+A side-mounted fan and a heatsink handle+the heat while++00:00:07.541 --> 00:00:09.041+keeping test points accessible.++00:00:09.741 --> 00:00:13.401+Follow the real sourcing, circuit, layout+and probing iterations++00:00:13.401 --> 00:00:14.841+that shaped this prototype.++00:00:15.328 --> 00:00:19.888+AI Flow opens its dashboard automatically,+keeping the design stages visible.++00:00:20.067 --> 00:00:21.881+Mouser blocks this browser request.++00:00:22.432 --> 00:00:24.332+The native browser reaches the same fan.++00:00:24.747 --> 00:00:27.787+Its product page also links to+manufacturer CAD.++00:00:27.893 --> 00:00:32.239+The fan's digital twin gently starts,+changes speed, and stops.++00:00:32.879 --> 00:00:36.333+This is a slowed visual simulation, with+the housing held still.++00:00:36.395 --> 00:00:39.915+KiCad moves three capacitors to correct+the placement collisions.++00:00:40.600 --> 00:00:42.500+The top ground pour appears in KiCad.++00:00:42.627 --> 00:00:46.687+A parallel shunt via and bottom connection+strengthen this current path.++00:00:47.207 --> 00:00:48.600+Analysis still comes next.++00:00:48.766 --> 00:00:51.266+Nine checked vias are added around the+rectifier.++00:00:51.886 --> 00:00:55.666+This accelerated view shows the geometry+change; cooling performance++00:00:55.666 --> 00:00:57.286+needs its own analysis.++00:00:57.440 --> 00:01:01.760+Simulated tach feedback disappears, and+the controller latches off.++00:01:02.340 --> 00:01:03.420+This is a software replay.++00:01:03.882 --> 00:01:06.802+The corrected current model exposes three+failing paths.++00:01:06.802 --> 00:01:11.102+We inspect where the current concentrates+before accepting any layout.++00:01:11.622 --> 00:01:14.833+This is a diagnostic candidate, with the+thermal gate still open.++00:01:14.893 --> 00:01:18.418+This iteration compares the bottom copper+and assumed airflow.++00:01:19.178 --> 00:01:21.598+The rectifier still exceeds its still air+budget.++00:01:22.178 --> 00:01:25.018+A better looking heat map is not enough;+the numerical++00:01:25.018 --> 00:01:26.367+limit must pass too.++00:01:26.393 --> 00:01:30.478+These three main current paths now fall+below the screening limit.++00:01:30.938 --> 00:01:32.467+Full board acceptance is still pending.++00:01:33.001 --> 00:01:35.261+The rectifier passes its still air screen.++00:01:35.801 --> 00:01:37.300+Transistor cooling remains open.++00:01:37.728 --> 00:01:41.333+The rectifier model distinguishes its+cathode plate and two anodes.++00:01:41.393 --> 00:01:45.841+The new rectifier is checked on the native+board, including its underside.++00:01:46.321 --> 00:01:47.700+Cooling hardware is not fitted yet.++00:01:48.343 --> 00:01:51.363+The dashboard advances from current+analysis to thermal.++00:01:51.943 --> 00:01:54.767+That progress leaves the unresolved+cooling gate visible.++00:01:55.014 --> 00:01:57.734+Two layer manufacturing outputs get a+review.++00:01:58.254 --> 00:02:00.133+This package is not released for+fabrication.++00:02:00.680 --> 00:02:03.700+KiCad highlights each complete power net+for inspection.++00:02:04.480 --> 00:02:07.840+This accelerated tour checks the saved+routing; it does not++00:02:07.840 --> 00:02:08.800+show the routes being created.++00:02:09.065 --> 00:02:13.045+This labeled replay shows the solver+placing candidate text.++00:02:13.645 --> 00:02:14.600+It is not a live KiCad edit.++00:02:15.179 --> 00:02:17.433+The saved reference labels get a native+visual check.++00:02:17.994 --> 00:02:20.674+KiCad adds the labels and contact frames.++00:02:21.394 --> 00:02:22.167+The copper stays unchanged.++00:02:22.753 --> 00:02:24.533+Opaque ink makes the labels readable.++00:02:24.844 --> 00:02:27.033+Both faces now identify the contacts.++00:02:27.396 --> 00:02:30.067+One dashboard updates live, without+reloading.++00:02:30.405 --> 00:02:32.567+We inspect the revised component geometry.++00:02:33.459 --> 00:02:34.900+Every chip carries a readable identity.++00:02:35.320 --> 00:02:39.340+In this software test, the temperature+allowance triggers shutdown.++00:02:40.040 --> 00:02:41.533+Cooling back down does not restart the+load.++00:02:41.955 --> 00:02:44.715+The probe simulation caught a real+obstruction.++00:02:45.375 --> 00:02:48.375+We moved the heatsink support behind the+board, cleared the++00:02:48.375 --> 00:02:51.155+corner pin, and checked the revised+assembly again.++00:02:51.575 --> 00:02:53.500+These are design checks, not a tested+hardware rating.++00:02:54.084 --> 00:02:57.924+In the probing simulator, auxiliary power+starts the fan.++00:02:58.364 --> 00:03:02.304+Its simulated speed rises to seven+thousand RPM, then falls++00:03:02.304 --> 00:03:03.484+to zero at shutdown.++00:03:04.184 --> 00:03:06.467+The blades are slowed for viewing; the+housing stays still.++00:03:06.467 --> 00:03:09.338+The final board now passes current and+thermal design screening++00:03:09.338 --> 00:03:11.358+with the larger passive heatsink.++00:03:11.718 --> 00:03:16.698+The complete probing replay clears twenty+touches without collisions or wire snags.++00:03:17.438 --> 00:03:21.958+The thermal margin is small, so physical+cooling and calibration come next.++00:03:22.498 --> 00:03:26.138+This is a checked prototype design, not a+tested industrial product.++00:03:26.800 --> 00:03:30.207+We extended Adom Fields beyond the circuit+board.++00:03:30.207 --> 00:03:37.447+This model follows heat from Q one, through+its insulating interface, into the heatsink+base and fins.++00:03:37.447 --> 00:03:40.003+The geometry and airflow remain assumptions.++00:03:40.003 --> 00:03:43.768+Turn off the assumed forced airflow, and the+temperature climbs.++00:03:43.768 --> 00:03:49.793+None of these three concepts supports our+five watt target in the modeled fan off+conditions.++00:03:49.793 --> 00:03:52.052+Fan monitoring and shutdown remain+essential.++00:03:52.052 --> 00:03:55.797+The fifty millimeter low profile cooler+offers the smallest height.++00:03:55.797 --> 00:04:01.040+Its conditional cooling range is about four+to six watts, depending on installed+airflow.++00:04:01.040 --> 00:04:04.410+That is a design estimate, not a product+rating.++00:04:04.419 --> 00:04:10.608+The Pi style blower concept stays flat too,+with roughly five to seven watts in this+sensitivity study.++00:04:10.608 --> 00:04:15.422+A real mounting interface and a measured+airflow test still have to prove it.++00:04:15.422 --> 00:04:21.916+The taller fin stack leads this comparison+at roughly seven to nine watts, but takes+more height.++00:04:21.916 --> 00:04:24.590+We checked mesh refinement and heat balance.++00:04:24.590 --> 00:04:30.703+Better diode protection could move the board+hotspot into Q one, without reducing the+total heat.++00:04:30.703 --> 00:04:34.141+These compact layouts still need routing and+physical tests.
videos/full-edit-with-thermal/chapters.jsonadded+150@@ -0,0 +1,150 @@+[+ {+ "t": 0,+ "title": "opening r10"+ },+ {+ "t": 15.133,+ "title": "aiflow dashboard auto open"+ },+ {+ "t": 20.067,+ "title": "mouser pup denied"+ },+ {+ "t": 22.2,+ "title": "mouser native product"+ },+ {+ "t": 24.433,+ "title": "mouser native cad"+ },+ {+ "t": 27.833,+ "title": "fan motion states"+ },+ {+ "t": 36.333,+ "title": "placement correction"+ },+ {+ "t": 40.2,+ "title": "top ground creation"+ },+ {+ "t": 42.5,+ "title": "shunt via landing"+ },+ {+ "t": 48.6,+ "title": "diode thermal landing 2x"+ },+ {+ "t": 57.3,+ "title": "fan latch stall replay"+ },+ {+ "t": 63.433,+ "title": "corrected current review"+ },+ {+ "t": 74.833,+ "title": "copper cooling refinement"+ },+ {+ "t": 86.367,+ "title": "current screen milestone"+ },+ {+ "t": 92.467,+ "title": "diode thermal screen"+ },+ {+ "t": 97.3,+ "title": "rectifier digital twin"+ },+ {+ "t": 101.333,+ "title": "sbr native board review"+ },+ {+ "t": 107.7,+ "title": "current gate transition"+ },+ {+ "t": 114.767,+ "title": "gerber review"+ },+ {+ "t": 120.133,+ "title": "power net review"+ },+ {+ "t": 128.8,+ "title": "silkscreen candidate replay"+ },+ {+ "t": 134.6,+ "title": "silkscreen native review"+ },+ {+ "t": 137.433,+ "title": "bottom silkscreen native"+ },+ {+ "t": 142.167,+ "title": "opaque silkscreen"+ },+ {+ "t": 144.533,+ "title": "two sided contacts native"+ },+ {+ "t": 147.033,+ "title": "dashboard live sse"+ },+ {+ "t": 150.067,+ "title": "library candidate native"+ },+ {+ "t": 152.567,+ "title": "marked ic native"+ },+ {+ "t": 154.9,+ "title": "temperature bound replay"+ },+ {+ "t": 161.533,+ "title": "r9 carrier"+ },+ {+ "t": 173.5,+ "title": "r10 simulated fan"+ },+ {+ "t": 186.467,+ "title": "closing r10"+ },+ {+ "t": 206.8,+ "title": "Thermal: solid path"+ },+ {+ "t": 220.00300000000001,+ "title": "Thermal: fan off"+ },+ {+ "t": 232.05200000000002,+ "title": "Thermal: low profile"+ },+ {+ "t": 244.41866700000003,+ "title": "Thermal: pi blower"+ },+ {+ "t": 255.421667,+ "title": "Thermal: comparison"+ }+]
videos/full-edit-with-thermal/decode-check.logaddedvideos/full-edit-with-thermal/edit-report.jsonadded+59@@ -0,0 +1,59 @@+{+ "duration": 274.2,+ "bytes": 13921824,+ "sha256": "f842676203f4a507081ddbd3dcc17e6f47bad7c29071cb354c6c289ab848d484",+ "baseSeconds": 206.8,+ "addonSeconds": 67.376042,+ "captionTiming": "New segment: sentence-level duration weighted by word count, not forced-aligned; source audio trimmed of pauses >=0.7s to retained 0.25s. Existing captions retained.",+ "segments": [+ {+ "id": "solid-path",+ "rawSeconds": 15.666667,+ "audioSeconds": 13.202708,+ "editedSeconds": 13.203,+ "visualSpeed": 1.1866252741483037,+ "sha256": "f5a77d18faa2df1b2a6a989dfebfa7359a0e4820c2fb5ce0d80db5c091486af8"+ },+ {+ "id": "fan-off",+ "rawSeconds": 12.766667,+ "audioSeconds": 12.049,+ "editedSeconds": 12.049,+ "visualSpeed": 1.0595623703211885,+ "sha256": "47f2e114b79902e324a953d07e426be814f1b8be86143ed94d017f79a0413a15"+ },+ {+ "id": "low-profile",+ "rawSeconds": 13.033333,+ "audioSeconds": 12.358458,+ "editedSeconds": 12.366667,+ "visualSpeed": 1.0546083500061254,+ "sha256": "72447ccdb5fbff8c5926aec223c2430f8690fffdbf809a6f8f325c1eeadb4c41"+ },+ {+ "id": "pi-blower",+ "rawSeconds": 11.7,+ "audioSeconds": 11.002833,+ "editedSeconds": 11.003,+ "visualSpeed": 1.063362499458094,+ "sha256": "84c0dc2469fa7408001a01b162778780194dd4d04f527b9178404ebc84384495"+ },+ {+ "id": "comparison",+ "rawSeconds": 19.833333,+ "audioSeconds": 18.719375,+ "editedSeconds": 18.733333,+ "visualSpeed": 1.0595082902073387,+ "sha256": "51311a520bcaeeb6950841615607d3258b249c919e8ef8790e208a880990b7b4"+ }+ ],+ "recording": "Native Pup window footage; separately synthesized Adom TTS voiceover added in edit.",+ "sourceStatus": "Fields source PR pending owner review, not installed release",+ "hardwareQualified": false,+ "audioValidation": {+ "meanDb": -22.9,+ "peakDb": -5.2,+ "silenceGapsAtLeast07sAtMinus38Db": 0,+ "fullDecodeErrors": 0+ }+}
videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4added⋯ 1 unchanged line ⋯
videos/full-edit-with-thermal/review.video.jsonadded+156@@ -0,0 +1,156 @@+{+ "video": "/adom/adom-custom-electronic-load/render/videos/full-edit-with-thermal/electronic-load-with-thermal-web.mp4",+ "title": "Electronic load: build and compact cooling analysis",+ "poster": "/adom/adom-custom-electronic-load/render/docs/project-page/board34-r10-side-cooling.jpg",+ "captions": "WEBVTT\n\n00:00:00.060 --> 00:00:04.141\nWe're building a digitally controlled\nelectronic load with Adom AI Flow.\n\n00:00:04.621 --> 00:00:07.541\nA side-mounted fan and a heatsink handle\nthe heat while\n\n00:00:07.541 --> 00:00:09.041\nkeeping test points accessible.\n\n00:00:09.741 --> 00:00:13.401\nFollow the real sourcing, circuit, layout\nand probing iterations\n\n00:00:13.401 --> 00:00:14.841\nthat shaped this prototype.\n\n00:00:15.328 --> 00:00:19.888\nAI Flow opens its dashboard automatically,\nkeeping the design stages visible.\n\n00:00:20.067 --> 00:00:21.881\nMouser blocks this browser request.\n\n00:00:22.432 --> 00:00:24.332\nThe native browser reaches the same fan.\n\n00:00:24.747 --> 00:00:27.787\nIts product page also links to\nmanufacturer CAD.\n\n00:00:27.893 --> 00:00:32.239\nThe fan's digital twin gently starts,\nchanges speed, and stops.\n\n00:00:32.879 --> 00:00:36.333\nThis is a slowed visual simulation, with\nthe housing held still.\n\n00:00:36.395 --> 00:00:39.915\nKiCad moves three capacitors to correct\nthe placement collisions.\n\n00:00:40.600 --> 00:00:42.500\nThe top ground pour appears in KiCad.\n\n00:00:42.627 --> 00:00:46.687\nA parallel shunt via and bottom connection\nstrengthen this current path.\n\n00:00:47.207 --> 00:00:48.600\nAnalysis still comes next.\n\n00:00:48.766 --> 00:00:51.266\nNine checked vias are added around the\nrectifier.\n\n00:00:51.886 --> 00:00:55.666\nThis accelerated view shows the geometry\nchange; cooling performance\n\n00:00:55.666 --> 00:00:57.286\nneeds its own analysis.\n\n00:00:57.440 --> 00:01:01.760\nSimulated tach feedback disappears, and\nthe controller latches off.\n\n00:01:02.340 --> 00:01:03.420\nThis is a software replay.\n\n00:01:03.882 --> 00:01:06.802\nThe corrected current model exposes three\nfailing paths.\n\n00:01:06.802 --> 00:01:11.102\nWe inspect where the current concentrates\nbefore accepting any layout.\n\n00:01:11.622 --> 00:01:14.833\nThis is a diagnostic candidate, with the\nthermal gate still open.\n\n00:01:14.893 --> 00:01:18.418\nThis iteration compares the bottom copper\nand assumed airflow.\n\n00:01:19.178 --> 00:01:21.598\nThe rectifier still exceeds its still air\nbudget.\n\n00:01:22.178 --> 00:01:25.018\nA better looking heat map is not enough;\nthe numerical\n\n00:01:25.018 --> 00:01:26.367\nlimit must pass too.\n\n00:01:26.393 --> 00:01:30.478\nThese three main current paths now fall\nbelow the screening limit.\n\n00:01:30.938 --> 00:01:32.467\nFull board acceptance is still pending.\n\n00:01:33.001 --> 00:01:35.261\nThe rectifier passes its still air screen.\n\n00:01:35.801 --> 00:01:37.300\nTransistor cooling remains open.\n\n00:01:37.728 --> 00:01:41.333\nThe rectifier model distinguishes its\ncathode plate and two anodes.\n\n00:01:41.393 --> 00:01:45.841\nThe new rectifier is checked on the native\nboard, including its underside.\n\n00:01:46.321 --> 00:01:47.700\nCooling hardware is not fitted yet.\n\n00:01:48.343 --> 00:01:51.363\nThe dashboard advances from current\nanalysis to thermal.\n\n00:01:51.943 --> 00:01:54.767\nThat progress leaves the unresolved\ncooling gate visible.\n\n00:01:55.014 --> 00:01:57.734\nTwo layer manufacturing outputs get a\nreview.\n\n00:01:58.254 --> 00:02:00.133\nThis package is not released for\nfabrication.\n\n00:02:00.680 --> 00:02:03.700\nKiCad highlights each complete power net\nfor inspection.\n\n00:02:04.480 --> 00:02:07.840\nThis accelerated tour checks the saved\nrouting; it does not\n\n00:02:07.840 --> 00:02:08.800\nshow the routes being created.\n\n00:02:09.065 --> 00:02:13.045\nThis labeled replay shows the solver\nplacing candidate text.\n\n00:02:13.645 --> 00:02:14.600\nIt is not a live KiCad edit.\n\n00:02:15.179 --> 00:02:17.433\nThe saved reference labels get a native\nvisual check.\n\n00:02:17.994 --> 00:02:20.674\nKiCad adds the labels and contact frames.\n\n00:02:21.394 --> 00:02:22.167\nThe copper stays unchanged.\n\n00:02:22.753 --> 00:02:24.533\nOpaque ink makes the labels readable.\n\n00:02:24.844 --> 00:02:27.033\nBoth faces now identify the contacts.\n\n00:02:27.396 --> 00:02:30.067\nOne dashboard updates live, without\nreloading.\n\n00:02:30.405 --> 00:02:32.567\nWe inspect the revised component geometry.\n\n00:02:33.459 --> 00:02:34.900\nEvery chip carries a readable identity.\n\n00:02:35.320 --> 00:02:39.340\nIn this software test, the temperature\nallowance triggers shutdown.\n\n00:02:40.040 --> 00:02:41.533\nCooling back down does not restart the\nload.\n\n00:02:41.955 --> 00:02:44.715\nThe probe simulation caught a real\nobstruction.\n\n00:02:45.375 --> 00:02:48.375\nWe moved the heatsink support behind the\nboard, cleared the\n\n00:02:48.375 --> 00:02:51.155\ncorner pin, and checked the revised\nassembly again.\n\n00:02:51.575 --> 00:02:53.500\nThese are design checks, not a tested\nhardware rating.\n\n00:02:54.084 --> 00:02:57.924\nIn the probing simulator, auxiliary power\nstarts the fan.\n\n00:02:58.364 --> 00:03:02.304\nIts simulated speed rises to seven\nthousand RPM, then falls\n\n00:03:02.304 --> 00:03:03.484\nto zero at shutdown.\n\n00:03:04.184 --> 00:03:06.467\nThe blades are slowed for viewing; the\nhousing stays still.\n\n00:03:06.467 --> 00:03:09.338\nThe final board now passes current and\nthermal design screening\n\n00:03:09.338 --> 00:03:11.358\nwith the larger passive heatsink.\n\n00:03:11.718 --> 00:03:16.698\nThe complete probing replay clears twenty\ntouches without collisions or wire snags.\n\n00:03:17.438 --> 00:03:21.958\nThe thermal margin is small, so physical\ncooling and calibration come next.\n\n00:03:22.498 --> 00:03:26.138\nThis is a checked prototype design, not a\ntested industrial product.\n\n00:03:26.800 --> 00:03:30.207\nWe extended Adom Fields beyond the circuit\nboard.\n\n00:03:30.207 --> 00:03:37.447\nThis model follows heat from Q one, through\nits insulating interface, into the heatsink\nbase and fins.\n\n00:03:37.447 --> 00:03:40.003\nThe geometry and airflow remain assumptions.\n\n00:03:40.003 --> 00:03:43.768\nTurn off the assumed forced airflow, and the\ntemperature climbs.\n\n00:03:43.768 --> 00:03:49.793\nNone of these three concepts supports our\nfive watt target in the modeled fan off\nconditions.\n\n00:03:49.793 --> 00:03:52.052\nFan monitoring and shutdown remain\nessential.\n\n00:03:52.052 --> 00:03:55.797\nThe fifty millimeter low profile cooler\noffers the smallest height.\n\n00:03:55.797 --> 00:04:01.040\nIts conditional cooling range is about four\nto six watts, depending on installed\nairflow.\n\n00:04:01.040 --> 00:04:04.410\nThat is a design estimate, not a product\nrating.\n\n00:04:04.419 --> 00:04:10.608\nThe Pi style blower concept stays flat too,\nwith roughly five to seven watts in this\nsensitivity study.\n\n00:04:10.608 --> 00:04:15.422\nA real mounting interface and a measured\nairflow test still have to prove it.\n\n00:04:15.422 --> 00:04:21.916\nThe taller fin stack leads this comparison\nat roughly seven to nine watts, but takes\nmore height.\n\n00:04:21.916 --> 00:04:24.590\nWe checked mesh refinement and heat balance.\n\n00:04:24.590 --> 00:04:30.703\nBetter diode protection could move the board\nhotspot into Q one, without reducing the\ntotal heat.\n\n00:04:30.703 --> 00:04:34.141\nThese compact layouts still need routing and\nphysical tests.\n",+ "chapters": [+ {+ "t": 0,+ "title": "opening r10"+ },+ {+ "t": 15.133,+ "title": "aiflow dashboard auto open"+ },+ {+ "t": 20.067,+ "title": "mouser pup denied"+ },+ {+ "t": 22.2,+ "title": "mouser native product"+ },+ {+ "t": 24.433,+ "title": "mouser native cad"+ },+ {+ "t": 27.833,+ "title": "fan motion states"+ },+ {+ "t": 36.333,+ "title": "placement correction"+ },+ {+ "t": 40.2,+ "title": "top ground creation"+ },+ {+ "t": 42.5,+ "title": "shunt via landing"+ },+ {+ "t": 48.6,+ "title": "diode thermal landing 2x"+ },+ {+ "t": 57.3,+ "title": "fan latch stall replay"+ },+ {+ "t": 63.433,+ "title": "corrected current review"+ },+ {+ "t": 74.833,+ "title": "copper cooling refinement"+ },+ {+ "t": 86.367,+ "title": "current screen milestone"+ },+ {+ "t": 92.467,+ "title": "diode thermal screen"+ },+ {+ "t": 97.3,+ "title": "rectifier digital twin"+ },+ {+ "t": 101.333,+ "title": "sbr native board review"+ },+ {+ "t": 107.7,+ "title": "current gate transition"+ },+ {+ "t": 114.767,+ "title": "gerber review"+ },+ {+ "t": 120.133,+ "title": "power net review"+ },+ {+ "t": 128.8,+ "title": "silkscreen candidate replay"+ },+ {+ "t": 134.6,+ "title": "silkscreen native review"+ },+ {+ "t": 137.433,+ "title": "bottom silkscreen native"+ },+ {+ "t": 142.167,+ "title": "opaque silkscreen"+ },+ {+ "t": 144.533,+ "title": "two sided contacts native"+ },+ {+ "t": 147.033,+ "title": "dashboard live sse"+ },+ {+ "t": 150.067,+ "title": "library candidate native"+ },+ {+ "t": 152.567,+ "title": "marked ic native"+ },+ {+ "t": 154.9,+ "title": "temperature bound replay"+ },+ {+ "t": 161.533,+ "title": "r9 carrier"+ },+ {+ "t": 173.5,+ "title": "r10 simulated fan"+ },+ {+ "t": 186.467,+ "title": "closing r10"+ },+ {+ "t": 206.8,+ "title": "Thermal: solid path"+ },+ {+ "t": 220.00300000000001,+ "title": "Thermal: fan off"+ },+ {+ "t": 232.05200000000002,+ "title": "Thermal: low profile"+ },+ {+ "t": 244.41866700000003,+ "title": "Thermal: pi blower"+ },+ {+ "t": 255.421667,+ "title": "Thermal: comparison"+ }+ ]+}