Wax vape next to him?? lol thumbs up

@PostMillenial Either is he. This video proved nothing. Anyone can learn to solder anything. I learned when I was 12 years old, maybe the language disillusioned his DIY video.? Maybe researching the best wireless charging might be the way to go? ✌️ Still, it pissed me off, every tool he has can build anything, but he mentions Time. Lots of time.

Mine

same with me too TvT

Try a higher watt charger because it has a big battery

around 5-10

judoka80000 Samsung uses tape and not welds. It’s junk.

idk, try a add more alcohol or rosin till you get the exact constancy

just buy it from china look for some good reviews

Can you use isopropyl alcohol?

if you do contenious repairs get a zxw box i use the same one but it cost £75 a year subscription fee wish it was free

Shut up

Go with 400º, mid air flow. but pre-heat the board first!!! Also protect other components arround by using kapton tape or foil tape. Do circular motions around the connector, never leave the heat in one spot. Also add kapton tape on top of the conector plastics, because it might not be tolerant to hight temperatures.

ya this depends with everybody ya you can go with 400 and you have to pre heat it dont just bring the heat first heat it slowly from far and bring it closer and closer but if you keep it there for too long it will burn the plastic inside the charging port so try to be quick this all depends on experience how long you have to keep the heat try it burn some dead boards to get hang of it

u must have a startup chip there, u should check if has any voltage

Electronics repair school Thank you, I'll try that and see if it gets anything

They are not so different from laptops after all. Do the follow: 1) Also make sure the power bottom is working, sounds stupid but sometimes that's the issue. 2) Measure the output of your ps4 power supply, make sure you have all voltages. 3) Connect your multimeter to your PS4 voltage inputs, turn it on and see if voltage came on and off right away (my multimeter has the option of MAX Value, i set it there so i can see if there were something at some point) - if true, you have a board short 4) PS3 needed a 12V and 5V to power it up, if you are using a lab Power Supply, make sure you have all the voltages on PS4 ( i don't know which voltages you have on PS4, never opened one). 5) Search for blown fuses 6) Search for shorts without power on it (OFC) - each mosfet should be open from drain to source. the input of each power supply should not be shorted to GND 7) Turn it on and search 8) Follow the power lines, from input connectors and try to understand where they fail at some point. I don't know if it should be present some voltage at some power supply like on laptops you have 19V and 3v3. So having a schematic would be helpful, even if it were from a different model, at least you would understand what things are doing.

what do you want to know exactly?

what the smd are and are doing.

overpower protection, can work without

Oh that would explain why an external lithium battery charger didn't work. Thanks for the info.

you must have messed it up

In his defense.. He did a lot of talking.. Which was enjoyable.. 🤷🏽

The actual changing of the port

why do you need that?

For testing volt on phone

use a usb power meter

U have link

www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2380057.m570.l1313.TR0.TRC0.H0.Xoled+usb+power+meter.TRS0&_nkw=oled+usb+power+meter&_sacat=0

yup, these samsung tablets can be a pain to get apart

what do you mean exactly?

I think he is talking about your linear regulated power supply or switching which is all PWM, or all in general I think.

Yes about regulated power supply. Where the voltage actually regulated in different section on motherboard

You should check out his video on all about batteries, it should be what your looking for.

That's basically an DC to AC converter back to DC. Since there are 2 mosfets, one is responsible for VCC line and the other is responsible for the GND line, when one of them is activated the other one is deactivated, on each circle they change status, by this, you are adding and absorbing current from the inductor, simulating an AC voltage, and an AC wave. The PWM is controlling each mosfet gates, so they can form this wave. Remember that since you are working with VCC and GND, the AC output wave will be above 0V, which will be filtered by the front capacitor, creating a perfect strait DC line again. Also you don't need a bridge rectifier to convert it back to DC, because the wave is above 0V, and the capacitor "cleans" it like if it were noise, so he acts like a "noise cancellation", in combination with the inductor (this part i'm not totally sure, anyone corrects me please) . So in short, the time of switching mosfets (PWM) creates the AC wave, and the inductor and the capacitor give an hand to create the output voltage. That's how magic works.