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Hi, how should the led be plugged in?

You did an incredible job! I still have much to learn

i have never seen a half way decent mainboard that doesnt have pretty bulky VRM cooling :0 my MSI and ASrock boards always had thick aluminium heatsinks. and i know older boards which even had full copper heatsinks. edit: i checked a super cheap AMD APU mainboard (no name) which is from 2011. I got it gifted and never tested it yet. and indeed it has no vram cooling. I will defenitely fix that. Luckely i have tons of heatsinks here. i will glue them on with thermal double sided glue tape

This will give you constant radius curves. If you want proper transition curves draw two axes and use the "spirograph" method.

Great Video! Thank you!!!

Looking forward to the 2nd part. Any chance of getting the diagram with dimensions for this?

actually you can improve your fps in games by cooling your vrm's well 10c could be an extra 3-4fps squeaked out of that rig

hello can i use m.2 heatsink instead?

That's an amazing layout! You are inspiration to us all!!!

How your flex track stay curved. When I do curve, it does curved but after it gets again straight, doesn’t stay curved. Can you help. Your tool is great, I made it just like that. Very nice. Please help

I like that "night time" shot at about 0:31 very much.

Does anyone tell me what pins you measure the voltage on your arduino for the VPP calculation.

I hope you take this as a Compliment and certainly not negatively, What this looks much MUCH Better than store bought for pennies on the dollar! Besides the trouble that the ladder was giving you,lol, In your opinion, What was the hardest part? I am guessing the soldering Was the most difficult? I have an electronics background, But that looked a little bit intimidating from the camera angle. What was the hardest part for you, Or have you made so many of these they are no longer an issue? 9 Absolutely.Amazing.Iyeah which I will be stealing from you😅

great job 🤝

Thank you for thjis idea best regards Bill from Western Australia

absolutely unreal what you can do on that size of layout. wow!

if you do not mind to you if give voice and understand slowly slowly for begginers its better for begginers because this is not your interview not any compdition if anyone not understand your topics please tell me what is the benfits to make videos so pay attention not only for profeesional experience person also pay attention begginers its humble request to you sir please put the voice and if you not want give the voice then clear step by step by and slowly to your steps in software its better for begginers thanks

your teaching skills too much good thanks for sharing your knowledge

awesome

Just wondering if it would cool differently without the paint.

Excellent

thank so much

Followed your download link, yet the download itself doesn't appear to work.

Lovely layout. Also appreciate the minimalist music, drawing us into a calm inner world...❤

Very nice. I am curious though why the arduino doesn't activate the relay directly.

Nice layout but.. does anyone else see a person on the the rocks at 3:06/3:07????

Wrong RAM installation !!!

Very handy, would be good as a way to use flextrak for T trak modules

NICE

Where can we find these taller heat sinks?

Super great!

Many thanks

Hi, I've just bought all the parts for this, and will see if I can make one. I've used many DCC auto reversing modules over the years on loops and turntables, and was always keen to see how they worked. I'm interested to see if there is any development on this using the H-Bridge option to replace the relay. I guess that is faster? Or just less moving parts. A PCB for this collection of components could be useful too to make a permanent module. What do you think of the other comment below that mentions detection on both rails - is that something important to consider? I'm using the Arduino to make a programmable turntable. I hope to integrate this reverser into the turntable and run it on the same Arduino.

I did this to my OMEN stock mobo (OMEN Oasis Z590H 65w) and now I have no problems with running the 11900K at 4.7-4.8 GHz on all cores :)

This watercooling will fit in my case but I won't be able to add a rear fan, is this a problem for the airflow? Nb: I have three fans at the front and 3 at the top (those of the watercooling).

Nice video. Learnt something today. What are you using for a power supply.

If your case has a cut-out in the MB tray (almost all do for cooler fitment), cut a 80/92/120x15mm fan out of its frame, stick it to the back of the MB (to the cooler backplate) with a few blobs of RTV, run it off a splitter from the CPU fan header. It will blow air from the cabling space into the gap between the MB and tray - VRM mosfets sink a LOT of their heat into the MB/PCB (which is intentional). This will usually net at least a c. 20 degree drop (and the fan will be inaudible in that location).

Can we use dr21a01 relay module?

Did you 3d print the bridge? If so can I buy the file

Hey I got a question does the rails has to be from fleischmann if you are working with fleischmann trains and stuff

Good but music loop is annoying

One of the best 4x2 layouts I've seen.👏🏽

oh

never paint a heatsink! black heatsinks that you see that come that way are anodized! painting a heatsink will trap or insulate and the material (copper or alu) will hamper it's job by like alot. this video is wrong on so many levels.

Music sounded like a score from a horror flick ! 😳

This is really good, I have a scene which I need help with, will this work flow work on an arched roof (think sewers).. Or maybe there are new tools available for creating stone work easily? Any advice appreciated.

Hermosa maqueta y sus trenes. Felicidades. 👍🚂🚂

It's a wonderful store from the good old days of Japan.

Really nice video. Beautiful layout

Many thanks! With the help of this video, I finished my layout at a much lower cost. During this, I found a small problem. The current detection is implemented for one rail, which is enough for most of the time. The short circuit usually happens in both rails. But for some short locomotives, one of a pair of wheels is a traction tire. So the short circuit first happens only in one rail, then spread to the whole layout. In this case, if that rail is not the rail monitored by the module, the module will not flip the polarity in the first place. The DCC command will jump in before the module. So we lost power before the polarity is flipped. I managed to monitor two rails with the small modification to solve this problem. Hope this information is helpful.