From experience with those buck converters, dont solder them flat to the base pcb through the holes like with a castellated module. You will not be able to desolder them without damaging the base board if you need to replace them. Use single pin headers as stand offs soldered to the base, drop the converter holes over the pins and solder those. Easy to desolder later.
Nice work but that box needs vent holes, if the fan is blowing in the box will blow up cause there's no where for the air to go and if its blowing out its working as a vacuum sealer cause there's no air coming in for the fan to push out
Thank you for the video but it feels like this is only a publicity. It would be nice if there were a BOM, gerber file and so on. This would allow someone to do this project and order from the company you are promoting. Furthermore, your project has a box that can be 3D printed etc. This would also be appreciated to know dimensions etc. Lastly, cooling is great but the air needs to go somewhere. At the moment you are either creating a pressure or a vacuum in the box and it would not cool very much and will force the fan to consume more electricity and eventually burn out. Take care
Good DIY approach to a commercially existing device, but 1: Positive air pressure is not enough for cooling: one have to provide air outlets, and 2: Gluing PCBs to a case is a NO-NO, since it renders almost impossible to erplace or repair them. Also some glues can be corrosive to PCB traces. It would be better to solder longer 5 to 10mm wires between the modules and the main PCB to leave free space for cooling and for eventual wire cutters.
Задумка хорошая но стоило бы убрать вентилятор ведь он будет потреблять достаточно много да и смысла в охлаждении такого устройства нет из-за того что нагрева почти не будет вентилятор будет сильнее садить батарею и тем самым уменьшать количество рабочего времени, и можно было бы заменить tp4056 на IP5306-CK (HW-775) да и для роутера хватит простого модуля mt3608.
This can be more useful as a mini solar or wind power charging port with constant output. The inverter solves everything regarding electricity. Almost everyone has batteries these days, so there’s no problem about that.
Thank you very much. But I would like to ask, if the electricity goes out, only your modem will be active, has electricity, but the other devices such as printer and so on has no electricity, out of order and will be useless.🤔🤔🤔 Best wishes for the new year.
How often do you need to print while there is a power outage? This is pretty much for keeping your internet connection alive if you don't want to use cellular data. Most likely your phone will still have a charge.
bruh... if power outage in the area, the tower or area fiber optic junctions also no power to give u internet.. i live in 3rd world country and it sucks 😂
What's the content in the video? At least you may scroll sub titles. There is nothing in the video. What's the information for the viewing public? There's nothing. Finally what you are going to say to the viewers?
From experience with those buck converters, dont solder them flat to the base pcb through the holes like with a castellated module. You will not be able to desolder them without damaging the base board if you need to replace them. Use single pin headers as stand offs soldered to the base, drop the converter holes over the pins and solder those. Easy to desolder later.
Yes it is
could've used the 4 trimmed leads from the diodes
That fan isn't going to do much cooling without someplace for the air to exhaust out of the case.
Nice work but that box needs vent holes, if the fan is blowing in the box will blow up cause there's no where for the air to go and if its blowing out its working as a vacuum sealer cause there's no air coming in for the fan to push out
Stop that horrible music and talk to us. useles video. and stop the adds.
Right! Took me until the end to even figure out what they were making.
Didn’t even show the wiring diagram. I have all these parts, minus the circuit board. I could make this, but I have no idea how it’s wired.
Why have the usb C port when you can't reach it?
That device is only being used to regulate charging to the batteries. It is also use for other things but in this project it is not.
Where is the schematic?
Hi, thank you for the useful project. Please post the schematics. Is the PCB available for sale?
Can you write me the details of the parts so that I can do the same project, please? And is it possible to add a 24-volt output from it?
This is buyable on ali for 2 USD, and in the elegant factory form.
link pls
Where is the product link?
Thank you for the video but it feels like this is only a publicity. It would be nice if there were a BOM, gerber file and so on. This would allow someone to do this project and order from the company you are promoting. Furthermore, your project has a box that can be 3D printed etc. This would also be appreciated to know dimensions etc. Lastly, cooling is great but the air needs to go somewhere. At the moment you are either creating a pressure or a vacuum in the box and it would not cool very much and will force the fan to consume more electricity and eventually burn out. Take care
Can you write me the details of the parts so that I can do the same project, please?
hi can I get the Gerber files to do the order of boards thank you and good job
Does it matter whether you use protected or non-protected lithium batteries?
Where to order the DIY kits?
Or just buy a UPS?
What is the center Type C module for ??
This DIY device is brilliant! So simple yet so useful, a must-have for every home. Great idea!
Good morning I saw your video I like if I can have the wiring diagram. ?
perhaps if you used a 5v input supply you cluld have eliminated the LM2596?
Basically an advert for a PCB company! Those batteries will hardly run a router for any useful time!
Good DIY approach to a commercially existing device, but
1: Positive air pressure is not enough for cooling: one have to provide air outlets, and
2: Gluing PCBs to a case is a NO-NO, since it renders almost impossible to erplace or repair them. Also some glues can be corrosive to PCB traces. It would be better to solder longer 5 to 10mm wires between the modules and the main PCB to leave free space for cooling and for eventual wire cutters.
What is these?
Задумка хорошая но стоило бы убрать вентилятор ведь он будет потреблять достаточно много да и смысла в охлаждении такого устройства нет из-за того что нагрева почти не будет вентилятор будет сильнее садить батарею и тем самым уменьшать количество рабочего времени, и можно было бы заменить tp4056 на IP5306-CK (HW-775) да и для роутера хватит простого модуля mt3608.
this is a great idea in theory...but if theres no power from the grid the telephone routers at the exchange wont be working either
Most of those also have battery back up. I have lots power at my home many times but the internet through my fiber optic was still working.
This can be more useful as a mini solar or wind power charging port with constant output. The inverter solves everything regarding electricity. Almost everyone has batteries these days, so there’s no problem about that.
Modems very seldom have batteries, except for the tiny portable ones.
Thank you very much. But I would like to ask, if the electricity goes out, only your modem will be active, has electricity, but the other devices such as printer and so on has no electricity, out of order and will be useless.🤔🤔🤔 Best wishes for the new year.
How often do you need to print while there is a power outage? This is pretty much for keeping your internet connection alive if you don't want to use cellular data. Most likely your phone will still have a charge.
Phone, e-reader, laptop, IoT stuff ... a few things will like an always-up internet connection.
Actually this deice keeps your router powered up during power spikes. Very useful when living in locations when power is flaky.
And a laptop , iPad, pad, has his own power. So great solution.
GOOD
5v to keep batteries changed is high. 4.2 is the maximum income would do
That is why he also installed a TP4056 board to control the charging and prevent the batteries being over discharged.
dont waste people time, by acctractive words, fist show what it can do , and than give all ....., maybe we are not intrested
your router will work... but the rest of your house?????
Buy inverter for home and get 3-6 hrs of backup no need of these (as these can't be useful for normal consumers )
another useless video about useless project, congrats, you just joined the Einstein Award group
Это так не работает, оно у вас будет минимум 6 часов заряжаться)))) надо ставить IP2313
Doston main bhi project video banata hun
bruh... if power outage in the area, the tower or area fiber optic junctions also no power to give u internet.. i live in 3rd world country and it sucks 😂
its a bad idea , you can buy mini ups router 10000mah about 15$
What's the content in the video?
At least you may scroll sub titles.
There is nothing in the video.
What's the information for the viewing public? There's nothing. Finally what you are going to say to the viewers?
Опасная конструкция вышла 😮
FFS! A bit ott….If the power goes out, tough! Live without the internet until it comes back….It not a life or death situation!
very less efficient. waste of energy.
This is useless since if power goes out, ISP devices will go out too. You'll have your WiFi connected to nothing on the outside
🤯
Doston main bhi project video banata hun