Thank you for the video. Ali sells such a module with input connectors 5521 and 5525, to which you can immediately connect the power supply from a laptop without soldering.
Fantastic idea, but where is ground? I would have done, because i see a tree prong electric cable... Why isn't there at least a plastic inclosure for the PCB?
There is no need for this. Nothing uses 5A at 5V for USB so nobody designs such a thing, but plenty of devices use 5A at 5V without USB, so traditional SMPS exist with over 5A output and are exactly what you should get, no need to involve the laptop adapter at all.
A step up power supply which can run on as low as 5v at 500 Ma and up to 12v, outputs 5v to 52v at 100w. The USB port certainly isn't supplying 100W of power. This can run a motor off of a desktop power supply, which will shut off with the motor directly attached because it takes too much power. You can and people do get more electricity out than in. How? I don't know. But obviously it works.
@@darrylkinslow5613 NO, it doesn't. You always get less out than in, due to switching inefficiencies. Why can this run a motor? Because it is running it at lower voltage, so the motor is consuming LESS power, and of course, running at lower RPM under load too.
@@stinkycheese804i assume the primary circuit in this example has the ability to output voltage higher than 20v, and that is then stepped down by the secondary circuit and with 3.25a it outputs 65w. this approach has less wire resistance but is generally inefficient, would only make sense if you were looking into repurposing an old charger for whatever reason because you're definitely not saving on electricity bills! lol
@@zelo6237 Even if it outputs 3.25A, stepping down is further power loss, and can't output more than it inputs. The wattage rating for the higher voltage AC/DC adapter translates into VA as current at voltage too.
Is it a step down module? I've bought it, connected to 12v power supply and macbook used around 20w. I think it will work better with 20v input so I get 100w
@@ErCanEverything thank you, there's no much info on the internet, I've originally thought it's a fancy charger when buying it, but now i am happy. Now I may make a MacBook powerbank
I've been looking for a board like this to convert my 12v batteries to be able to run my laptops that have a usb PD port. I did check the specs on these chips and it seems like they only have a buck converter, so if I want the PD to be able to do 20v, I would need a higher input voltage. I wish they had a buck/boost version of this so I didn't have to add an additional boost converter to boost the 12v up to 20v+ for this to work. thoughts? I saw your dell power adapter is 19.5v, were you able to get the 20v PD out of it? Do you have a laptop that can charge from usb PD that you could test this module on?
You'll need at least a stable 21v in to get 20v PD out with my experience and these boards can get extremely hot when going over 45 watts, it can take 30v in but I don't recommend going over 24v as this just adds more heat. As for boost you can get simple fixed 12v to 24v boost modules with passive heat sinks to give you the output you need.
Can you do it on an Asus Tuf version? Because inonly have that and i wanna try it but im scared because you used dell and i dont know how to so it on tuf
Tak kisah guna apa charger / power supply pon. Yg penting output power supply 8-30v dc. Jgn potong wayar mcm dia buat tu. Beli board yg ada dc jack. Boleh cucuk dc barrel je terus tanpa solder
Dude that is so friggin cool! Question: does the lap top power supply act as like a big resistor, as not to harm the device that’s charging? Like basically: why isn’t this bad for the device that’s being charged? Genuinely fascinated and curious -sincerely, a layman
I shorted the output a few times it triggered the protection and it didn't cause a problem but I'm still testing it and can't say if it's likely to damage the device.🙂
The laptop power supply is the DC source that you need to power this board. This is a buck only board meaning you need to provide a higher voltage than what you are asking for. So if you want the 20V PDO you need to provide 21+ That's the one downside to this board. There are some out there that are buck boost and can take 12V and boost it up to 20V. The reason why that's so great is because you can use 4 18650 or 21700 cells to make a battery that is 16.8V max and goes down to 10V minimum but most people stop at 3V per cell so 12V pack voltage. That 4 cell battery pack could then output the 20V PDO because the board can boost the voltage and some of them do the full 100W PD 3.0 allows. The catch is a 4S1P pack boost 12V-16.8V to 20V is going to need to put out 6-9A when you are charging something at 100W and you don't want to use 10A rated cells for this because they won't last long getting hit at 6-9A. Also when charging them, if its a bidirectional board, you'd be way over the charging max if you used a 100W PD charger. So thats why I recommend when charging a pack thats using a board like the IP2368 you just use a 20W or 40W charger if you have a small pack.
False. The third wire is a communication with the laptop to enable the laptop itself to operate in a higher power mode through full clock speed, and to charge its battery. Lack of the 3rd wire being connected does not stop the PSU from outputting.
@@stinkycheese804 You are wrong. The third wire is like handshake with the laptop. If the proper laptop charger is not connected, the laptop will not start. The power between positive and negative is always ON. Tested on Dell and Samsung chargers with 3rd wire 😉
The third (blue) wire isn't ground! It's actually dells proprietary charger ID signal wire. The ground is the negative one, the black wire, and it works just as any power delivery charger.
You are totally right @@eduardoavila646. First time I watched it I somehow thought he was snipping the end that goes in the socket (which would make no sense!). Thanks for pointing this out.
"For only $2", "no need to buy expensive chargers"... Right... Because Dell adapters are cheap... They're not. It would cost less for a couple QC USB C chargers than a Dell adapter. $50 to $100 for a 65 watt Dell adapter. $10 to $100 for a QC 3.0 USB C charger. So I can buy 1 to 10 USB C chargers for the amount it costs just for the Dell adapter. The cost of the adapter would count as part of the cost, so really it's $52 to $102.
Huge lack of common sense. The laptop charger is the item you have spare and not being used... Granted, some are still worth selling, but they get thrown out and it's easy to get these for free.
@@darrylkinslow5613 You really need to tell us this as if it isn't obvious already? Yes, not everyone has a spare, but many people do even if not that exact Dell branded adapter. That does not mean that I think this is a worthwhile project, when 65W adapters are inexpensive at the usual suspects.
Exactly mate. For me it's really useful as I have boxes and boxes full of old chargers. I would use a boost converter and run it off a 12v charger.@@fbi_gunner
Thank you for the video. Ali sells such a module with input connectors 5521 and 5525, to which you can immediately connect the power supply from a laptop without soldering.
Link please Or name of the product to search
@@rickhuntraslam2925 , RUclips blocks third-party links. The author of the video has a link in the description.
Link in description of the video🙂
This only on short videos🙂
@@rickhuntraslam2925 , PD 65W Fast Charging Module: _LINK_
Great module!
And as always very useful idea Brother, thanks for sharing with us ✌️
The module is very cheap and I guess everyone has an old laptop charger that can turn it into such a fast phone charger🙂
that's a osam idea,,,,!! b,coz i have few laptop charger
Fantastic idea, but where is ground? I would have done, because i see a tree prong electric cable... Why isn't there at least a plastic inclosure for the PCB?
great solution thanks. But can we find such board capable of 5V5A USB-C output at a reasonable price ? (this is for a RPi5)
There is no need for this. Nothing uses 5A at 5V for USB so nobody designs such a thing, but plenty of devices use 5A at 5V without USB, so traditional SMPS exist with over 5A output and are exactly what you should get, no need to involve the laptop adapter at all.
I honestly don't think that making a 65 watt charger out of an 45 watt brick will work
A step up power supply which can run on as low as 5v at 500 Ma and up to 12v, outputs 5v to 52v at 100w. The USB port certainly isn't supplying 100W of power. This can run a motor off of a desktop power supply, which will shut off with the motor directly attached because it takes too much power. You can and people do get more electricity out than in. How? I don't know. But obviously it works.
@@darrylkinslow5613 NO, it doesn't. You always get less out than in, due to switching inefficiencies. Why can this run a motor? Because it is running it at lower voltage, so the motor is consuming LESS power, and of course, running at lower RPM under load too.
@@stinkycheese804 Says the guy who can't even list all of the parts. Look, I know what the F U C K I'm talking about, now F U C K off.
@@stinkycheese804i assume the primary circuit in this example has the ability to output voltage higher than 20v, and that is then stepped down by the secondary circuit and with 3.25a it outputs 65w. this approach has less wire resistance but is generally inefficient, would only make sense if you were looking into repurposing an old charger for whatever reason because you're definitely not saving on electricity bills! lol
@@zelo6237 Even if it outputs 3.25A, stepping down is further power loss, and can't output more than it inputs. The wattage rating for the higher voltage AC/DC adapter translates into VA as current at voltage too.
Nice way to use old laptop power supply. Great video my friend 👏 👏
I needed a 65W fast charger and remembered that I had this module and came up with this idea.
I'm glad if you liked it my Friend🙂🤝
Nice.
Eu poderia usar uma fonte atx ligado a esse módulo?
I connect this electronic piece to 12 volt charger but it do not work
What do you call that little piece that you soldered two wires to it? And where Can we get one?
It's in the description of the video, but I'll add it here anyway😊
s.click.aliexpress.com/e/_EycsH3h
PD module,
Is it a step down module? I've bought it, connected to 12v power supply and macbook used around 20w. I think it will work better with 20v input so I get 100w
It is not a step down, but at 12V it worked as a trigger. But it will work better with 20V power supply.
@@ErCanEverything thank you, there's no much info on the internet, I've originally thought it's a fancy charger when buying it, but now i am happy.
Now I may make a MacBook powerbank
спасибо за подсказку именно самой платы
Güzel işe ne denir .Tebrikler.
Teşekkür ederim Dostum🙏🤝🙂
I've been looking for a board like this to convert my 12v batteries to be able to run my laptops that have a usb PD port. I did check the specs on these chips and it seems like they only have a buck converter, so if I want the PD to be able to do 20v, I would need a higher input voltage. I wish they had a buck/boost version of this so I didn't have to add an additional boost converter to boost the 12v up to 20v+ for this to work.
thoughts?
I saw your dell power adapter is 19.5v, were you able to get the 20v PD out of it?
Do you have a laptop that can charge from usb PD that you could test this module on?
You'll need at least a stable 21v in to get 20v PD out with my experience and these boards can get extremely hot when going over 45 watts, it can take 30v in but I don't recommend going over 24v as this just adds more heat.
As for boost you can get simple fixed 12v to 24v boost modules with passive heat sinks to give you the output you need.
@@strider5402not effecient at all
I will make combination with my 20000mAh/74Wh power bank Sandberg :)
Can you do it on an Asus Tuf version? Because inonly have that and i wanna try it but im scared because you used dell and i dont know how to so it on tuf
Tak kisah guna apa charger / power supply pon. Yg penting output power supply 8-30v dc. Jgn potong wayar mcm dia buat tu. Beli board yg ada dc jack. Boleh cucuk dc barrel je terus tanpa solder
Name of the MIDI songs?
занимаваш ли се с ремонт на електроника ? ако да пусни 1 телефон или начин за връзка.
Да, обаче зависи каква електроника имаш впредвид?
Може да ми изпратиш Л.С. на Facebook страницата ми @ErCanEverything
type c şarj aleti kaybolan lenovo laptopumu böyle birşekilde şarj edebilir miyim acaba :)
Sanırım evet.
Bence sorun olmaz.
Dude that is so friggin cool! Question: does the lap top power supply act as like a big resistor, as not to harm the device that’s charging? Like basically: why isn’t this bad for the device that’s being charged?
Genuinely fascinated and curious
-sincerely, a layman
I shorted the output a few times it triggered the protection and it didn't cause a problem but I'm still testing it and can't say if it's likely to damage the device.🙂
@@ErCanEverything Ah thanks for the update. Man I bet that box gets hot
The laptop power supply is the DC source that you need to power this board. This is a buck only board meaning you need to provide a higher voltage than what you are asking for. So if you want the 20V PDO you need to provide 21+
That's the one downside to this board. There are some out there that are buck boost and can take 12V and boost it up to 20V. The reason why that's so great is because you can use 4 18650 or 21700 cells to make a battery that is 16.8V max and goes down to 10V minimum but most people stop at 3V per cell so 12V pack voltage. That 4 cell battery pack could then output the 20V PDO because the board can boost the voltage and some of them do the full 100W PD 3.0 allows. The catch is a 4S1P pack boost 12V-16.8V to 20V is going to need to put out 6-9A when you are charging something at 100W and you don't want to use 10A rated cells for this because they won't last long getting hit at 6-9A. Also when charging them, if its a bidirectional board, you'd be way over the charging max if you used a 100W PD charger. So thats why I recommend when charging a pack thats using a board like the IP2368 you just use a 20W or 40W charger if you have a small pack.
Good 👍👍👍
Thank you my Friend🙂🤝
I'm intrested to make one, could you tell me what's the fast charging board name ?
In the description of the video there is a link. 🙂
Много не ми е ясно, това модулче не прегрява ли ако е използвано на примерно 45 вата постоянна консумация?
Не, справя се много добре
How can I get the module you used ?!
Link in description of the video🙂
I have OPPO Reno 5 that Supports 50W will it provide 50W ?
No, the charger will only provide high wattage to phone that support vooc, not any specific device
Dell chargers dont work until computer communication with third wire
They work and this is the proof.
ruclips.net/video/PL82cN_hNbk/видео.htmlsi=yO-k8kWQiG8MCqFo
I still use this power supply.
False. The third wire is a communication with the laptop to enable the laptop itself to operate in a higher power mode through full clock speed, and to charge its battery. Lack of the 3rd wire being connected does not stop the PSU from outputting.
@@stinkycheese804 You are wrong. The third wire is like handshake with the laptop. If the proper laptop charger is not connected, the laptop will not start. The power between positive and negative is always ON. Tested on Dell and Samsung chargers with 3rd wire 😉
can i charge normal mobile phone???
Yes, basically the voltage is 5V and then the phone decides what voltage to switch to.
@@ErCanEverything grateful to you, for your response.
Now i only need to get the power bank casing
что до чего?
Make too batery tool
ruclips.net/video/vRydMn5B3CM/видео.htmlsi=0v6SzsO26ch1bFuc
nice, but not PD@@ErCanEverything
why make this when you can order a 65 watt cheapo from ebay for 5£
When u used it you can get electric shock, but this can't, depend on laptop charger...
Never use super glue on pcb
из блока питаня на 45 ватт тянуть 65 ватт? ну ну, умно
👍👍👉🧠😉
This module not work in vooc i try 😂
It only work on fixed voltage adaptor not smartphone adaptor, smartphone adaptor can provide only 5V2A, 5V3A even though its capable of 120W
just be aware that there's no grounding 💀
The third (blue) wire isn't ground! It's actually dells proprietary charger ID signal wire.
The ground is the negative one, the black wire, and it works just as any power delivery charger.
You are totally right @@eduardoavila646. First time I watched it I somehow thought he was snipping the end that goes in the socket (which would make no sense!). Thanks for pointing this out.
+
"For only $2", "no need to buy expensive chargers"... Right... Because Dell adapters are cheap... They're not. It would cost less for a couple QC USB C chargers than a Dell adapter. $50 to $100 for a 65 watt Dell adapter. $10 to $100 for a QC 3.0 USB C charger. So I can buy 1 to 10 USB C chargers for the amount it costs just for the Dell adapter. The cost of the adapter would count as part of the cost, so really it's $52 to $102.
Huge lack of common sense. The laptop charger is the item you have spare and not being used... Granted, some are still worth selling, but they get thrown out and it's easy to get these for free.
@@YeahNoTellTheTruth Everyone doesn't have a spare adapter, most people would have to buy one to do this.
@@darrylkinslow5613 Then the video doesnt apply to them. Simple
Well then it doesn't apply to anybody. Give the right information and it applies to everybody...@@dkx6841
@@darrylkinslow5613 You really need to tell us this as if it isn't obvious already? Yes, not everyone has a spare, but many people do even if not that exact Dell branded adapter. That does not mean that I think this is a worthwhile project, when 65W adapters are inexpensive at the usual suspects.
OMG, what a barbarity. It can be done much more aesthetically.
That dell power supply costs more than a PD charger
If you got old laptop or from spare lot you could get it for free
Exactly mate. For me it's really useful as I have boxes and boxes full of old chargers. I would use a boost converter and run it off a 12v charger.@@fbi_gunner
Dear sir, please write instruction in Hindi.
No need to write instructions, the video shows everything you need to know.
Sure. He just start learning Hindi for his next video 🤭