Uploaded November 2022 | Updated September 2026, 6 hours ago

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You saw me etching PCBs often enough, so here’s the short version …
↓↓↓ Complete description, time index and links below ↓↓↓

To finalize my drawings I need the actual dimensions of my PCB with the Hall Effect angle sensors on it. Of course I integrate the whole thing into my LEGO® Technic™ prototype (link below) and check if the electronics are still working.

00:00 Intro – getting rid of the breadboard
00:46 PCB – not the making, just the result
01:52 Components – breakout boards and cable
03:20 Dimensions – critical for the main body
06:48 LEGO® Technic™ – mount for the PCB
07:28 Test – everything is still working
08:45 Wrap-up – next up are the side pieces, bye

Dual Electronic Engine Control Lever IP68 youtube.com/playlist?list=PLwq-2MnM58FLQ468e5-wzV6_MeqT4Zd5T
Dual Electronic Engine Control Lever IP68 (1): Project Kick-Off youtu.be/hPBkBoe81jY
Dual Electronic Engine Control Lever IP68 (2): 1st LEGO® Technic™ Prototype youtu.be/rH1zjXptJrg
Dual Electronic Engine Control Lever IP68 (3): LEGO® Model, PCB Layout, Friction youtu.be/XZdhH0JCDWA
Dual Electronic Engine Control Lever IP68 (4): First Drawing, Final PCB Layout youtu.be/PJBEf1LOwcY
Dual Electronic Engine Control Lever IP68 (5): Handles youtu.be/7WoETltnHtY
Dual Electronic Engine Control Lever IP68 (6): Levers (1) youtu.be/UZPrt9G_c_0
Dual Electronic Engine Control Lever IP68 (7): Levers (2) youtu.be/l_Xy6iEkE9A
Exposing, Developing, Etching and Drilling PCBs – My (Current) Way 16.08.2020 youtu.be/sPnnOcxqUhc
Mailbag: Lots of Tools (Machining) and Material (Aluminum, POM) Part 1 of 2 youtu.be/Sd51lL06qns

#throttle #lever #ip68 #robertssmorgasbord