Відео

I am not able to get the footprint that you have used for the fuse , i guess u got a custom footprint,so what shall I do now ?

1:32:41 what is the footprint for C 22u

does ANYBODY know how to exit the menu in the northridge cam after you hit record? i cannot get the menu to go away, just stays on the screen, blocking half of it

I just bought two gaming monitors which have an identical fault to what's on your video. Backlight works, my PC is recognising the monitor but no picture. One of those monitors worked for about 1 minute, then picture disappeared. I left it overnight unplugged from power and in the morning, I was able to get the picture back for about 1 minute and then it disappeared. It does look like the kind of fault you described in your video. Potentially capacitor discharged itself overnight, then once I plugged the monitor back, it worked for a moment and failed again. I think I will attempt the diagnostics to see if I can bring it back to life.

Project file available?

Nice work, thank you for sharing

I'm a newbie to PCB design and I was wondering how the traces was done since that part of the video was cut out

How did you calculate the trace width, cause I'm seeing that some are bigger than others

is the audio video still work in progress?

Alright so you should note on title that this is just a layout/footprint tutorial since you intend to give them schematic to start layout anyway.

I bought it from this guy's link. Got here in 6 days. Blown away! Far beyond my expectations. I've seen the IMX385 in night time surveillance cameras and know it's good for that. Turned off my ring light it was hard to believe what I was seeing. Using 2 IKEA Jansjö goosenecks. I use auto exposure and push up saturation. I don't like auto focus and didn't get that one. OBS for easy zooming in and out. Plugged my phone into the second usb port and it charged! I think it can run a led light.

Love the design! I've always wanted to try combining some designs with the vscoreing and this has pushed me to try it in my next design! Did your pcb manufacturer give you any guff about the multiple designs per board at all?

How to make the V-Cut, i couldn't figure this out. I am not a expert, but i am learning.

12:00 classic, haha

Any FPGA breakout ? 😂

Great project to learn all common interfaces schematic 🎉

I'm use 5MP IMX264 2448 x 2048 3.45up 24fps. For the price I had to buy this imx385 just to see it. Looks good on a youtube video but I gotta know! Probably sell it next month on ebay.

thx for sharing. nice idea!

Another great video 😎

Excellent work. This is a great project for new Kicad users who want to practice and have something they can use at the same time. I fly RC airplanes and use the programmable LED's for night flying. A simple board to join multiple strings of LED's comes to mind immediately. Then of course a regulator to break down the 3s or 4s power to 5V DC comes to mind... so many things that can be done with your concept here. Thanks again.

Very nice 👍

*Å-dy-sey :)

Yep, classic capacitor failure. So manny devices are thrown out because of that kind of failures. Good job, have an amazing day.

I bought one of the first ones from NRF and it didn't hold up too long. After a few months the battery would only hold a charge for 2-3 days and of course when I needed to use it it was dead. Then it would keep shutting off after 10 secs. after it was charged. Very annoying, Disappointed. My housing would not slide off. Maybe the V2 corrects those problems.

It is really worth watching tutorial please make more videos on such boards ❤️

Per the ESP32 documentation, you likely don't need the two transistors for the DTR/RTS. Just wire them direct.

To straighten the legs you can also use a mechanical pencil with the appropriate diameter, 0.5 or 0.7mm.

Can i got configuration setting morten? Thanks

when you start a project, first show the schematic and say: let's draw it. You did the opposite. you have something in mind and we just follow blindly.

absolutely amazing tutorial! thank you so much

I’m a huge NF fan but he wants too much for his stuff, I look to see what he has then buy the exact same thing for a third of the price elsewhere

Great job, thank your for this great tutorial.

Thanks for sharing! Great review!

Looks pretty good... Wayyy out of my price range though.

Did you ever put power flags? I didnt see in the video. In my case KiCad always wants power flags to proceed.

15$ aliexpress thank me later😁

Thanks!

My man's is recording this tutorial at 4am

I am using a galaxy fold2 phone with microscope app as my microscope. It works well enough and lighting seems to be the most important thing. I am going for cataract surgery in Thailand soon so as the Lord Buddha says,,, you shall see the light!

how much is that Aluminium Electrolytic Capacitor values and voltage?im try to fix my lamp is dim as fuck

Sem charger

Hi sir give me a help my charger is 45 wat port not work?

Best review and tutorial video 👍

I didn't get the exact camera you linked from Lapsun. I chose the one with autofocus. Actually, the kit which has the heavy duty articulating arm. It came in at about $670 USD including tax and shipping. I think you are 100% correct that the camera you got is the same one NF is selling. Regarding the autofocus, I like it, but you have to switch to manual after initially focusing on your work, otherwise it will try to refocus on your hand or iron. Still, it makes it easier to use. Camera also works with a wireless mouse. I just happened to have a cheap Logitech mouse I wasn't using. I decided to try it, and it just works. It's nice because I'm right handed, but I have the camera mounted on the left. The wire from the included mouse was just always in the way. The ring light and the camera come with separate power adapters, but both can easily work with the one for the camera. The only thing needed is a 5.5mm x 2.1mm Y adapter, and one polarity reversing cable because the ring light has reversed polarity. Could also just open it up and swap the wires. I also got a short extension cable with an inline switch. There were two 3mm threaded holes on the front of the camera, so I opened the switch, drilled two holes, and mounted it there. Click the switch and the camera and ring light turn on, and the monitor comes on automatically when it detects a signal. I've been doing repair work for years, and this is my first camera microscope. My eyes aren't what they used to be. It is so much easier being able to see while I'm soldering, as opposed to doing it blind and using my phone camera to zoom in and inspect my work.

I have the same PSU which seems to have stopped working, I need to open it up and check, will be interesting if my one has failed the same way.

Most of the microscope products from NorthridgeFix come from Lapsun. They are not bad though, but you paying stupidtax if you are ordering from NorthridgeFix

Hello, what microscope camera do you use? Thank you!

Re: UMH3N at ~37:00... DTR -> Base (Q1B) & Emitter (Q1A)... RTS -> Base (Q1A) & Collector (Q1B)? This is not as per esp32 devkitc_v4-sch? RTS should go to the emitter of Q1B...? Also, these are normally 10kΩ resistors, however UMH3N has only 4.7kΩ...?

Alex guy discovered magical world of ali, but thinks no one knows

The bridge buy just buys the stuff from ali, doubles the price, prints his logo and voila= his own product!🤣 In that case I want to THANK YOU, Morten, for your work, and now normal people can buy qualitative product and not to spend the fortune on it! I'm serious, Thanks!)