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My wizard power adapter reads
power adapter reads
Model: ＡＤＰ ５ＦＨ Ｂ
Input：１００－２４０Ｖ～０．２Ａ ５０－６０Ｈｚ
output：５Ｖ－１Ａ ＬＰＳ
made in china
can i use this in china?
i know china uses 220 V on 50 Hz, but what does what does that ~0.2A mean? will chinese power stable enough for this device?
if not, what kind of converter do i need?
thanks in advance
You'll need a plug adaptor to fit the chinese plug which looks like
(bad ascii art follows)
\ / (it could vary tho) so that your transformer will connect.
The ~0.2a refers to the amount of current the device draws. It's a tiny amount of current.
To put that in perspective - you've probably encountered 25 watt incandescent light bulbs. If the power supply is 120v and the device is drawing .2 amps its 24 watts. .2 amps at 220v is 44 watts. That's why there's a tilde in front of the amperage because it varies depending on the supply voltage. In reality the thing is just drawing some fixed number of watts but its just not labeled that way.
im sure the plug looks the same
so is that mean i can use it?
You can use it because I just did recently. Although the standard plug in China is different than US or Europe, most hotels have plugs that fit the HTC charger.
it will be ok for 240v output ac adapter working in China.many European elecs are directly selling in China now.and in many high-end hotels of China,you could also find 110v power supplied.
================================================== momda.com ,Practical help with anything related to China & Chinese .
Hi, I am new to this forum and You will probably be hearing a lot from me.Will this inverter work with the Viewsonic G Tablet: Wagan 2107-6 Smart AC 80 USB Inverter. I purchased it to use with another device and was hoping I could use it with the Viewsonic. I am waiting for delivery of the Viewsonic and was hoping I would not have to buy another car charger. Thanks
lartomar2002 said:
Hi, I am new to this forum and You will probably be hearing a lot from me.Will this inverter work with the Viewsonic G Tablet: Wagan 2107-6 Smart AC 80 USB Inverter. I purchased it to use with another device and was hoping I could use it with the Viewsonic. I am waiting for delivery of the Viewsonic and was hoping I would not have to buy another car charger. Thanks
Click to expand...
Click to collapse
Looks like that inverter will up convert from 12V DC to 120V AC and then the power adapter for the GTab will down convert from 120V AC to 12V DC, seems like a lot of wasted energy in the form of heat. You should take a look at the power limits of the inverter. If my electrical training serves me right (22 years ago) 12V x 2A = 24 Watts.
I bought the Vector Mfg VEC009 from Amazon.com for $15.25 shipped. It works, but there is a noticeable buzz if you plan on using the GTab to play music while you leave the charger plugged in, but once the GTab is charged, I was able to drive from Las Vegas to Reno (7 hr trip) playing music and I still had battery life left.
texasbrew said:
Looks like that inverter will up convert from 12V DC to 120V AC and then the power adapter for the GTab will down convert from 120V AC to 12V DC, seems like a lot of wasted energy in the form of heat. You should take a look at the power limits of the inverter. If my electrical training serves me right (22 years ago) 12V x 2A = 24 Watts.
I bought the Vector Mfg VEC009 from Amazon.com for $15.25 shipped. It works, but there is a noticeable buzz if you plan on using the GTab to playing music while you leave the charger plugged in, but once the GTab is charged, I was able to drive from Las Vegas to Reno (7 hr trip) playing music and I still had battery life left.
Click to expand...
Click to collapse
I am not an electrician either but if I am interpreting you correctly you are saying this is to much power for the GTab? I originally ordered this for a Pandigital Novel which is 5v 2a and the reason I ordered it was because I could not find a car charger with the correct tip. I though since this inverter accepts regular 110v type house plugs I would not have to ever worry about have to search for a charger with correct tip size again. Besides I all ready have this unit. Will it hurt the GTab?
Not enough
lartomar2002 said:
I am not an electrician either but if I am interpreting you correctly you are saying this is to much power for the GTab? I originally ordered this for a Pandigital Novel which is 5v 2a and the reason I ordered it was because I could not find a car charger with the correct tip. I though since this inverter accepts regular 110v type house plugs I would not have to ever worry about have to search for a charger with correct tip size again. Besides I all ready have this unit. Will it hurt the GTab?
Click to expand...
Click to collapse
Your inverter does not output enough power. It may power the gTab for a short time, but texasbrew is correct that the conversion process results in heat being generated & from what I see on amazon, your unit uses passive (no fan) cooling to get rid of the heat. Since you would be trying to draw more power than the inverter is designed to handle (gtab needs 110-120 watts vs 80 watts your inverter is designed to output), it would become hotter than normal and have a harder time disipating the heat generated. The thermal limiter inside would eventually shut it down when the components become too hot or if you draw too much current. In addition, the additional heat could cause the inverter's components for fail quicker.
Depending on if you need to power any other ac devices in your car, you should either buy a more powerful inverter (150 wattt one would do) or consider the dc adapter that texasbrew suggested.
Al
I would only be using it for quick charges not for operating the GTab. My wife thinks I am buying to many gadgets so I am trying to keep peace.
Are you not confusing volts for watts. I'm not an electrician so I do not know.
lartomar2002 said:
I would only be using it for quick charges not for operating the GTab. My wife thinks I am buying to many gadgets so I am trying to keep peace.
Are you not confusing volts for watts. I'm not an electrician so I do not know.
Click to expand...
Click to collapse
watts = amps x volts
amps = watts/volt
volts =watts/amps
No, not confusing volts with watts (although one affects the other). According to the specs for the model you quoted, your inverter is capable of supplying 80 watts of power @ 110v or .73 amps. The gTab p/s input says 100-240v @ 1A (thats 110 watts...110v x 1 amp) needed to output the 12V @ 2 Amps the p/s outputs (24 watts).
Ofcourse, we are talking about the specs for the gTab power supply & the inverter. What we don't know is if the gTab p/s actually uses the entire 110 watts or if the inverter will actually let you draw more current than than the manufacturer states. Manufacturers typically build in fudge factors so you may be able to draw a little extra from the inverter & not need as much from the p/s & it may work OK.
Understand the wife thing well. Will you be doing that much charging/using while driving? You should be able to get 6-8 hours out of your battery depending on what you are doing. The gTab is going to draw the most power when actualy charging (vs less while maintaining a fully charged battery). Think of it kind of like charging your car battery. When the battery is low, the charger draws more current & when it gets close to full charge the amps goes down.
In the end the only true test is to try it. It may work or it may try to draw too much current and cause an undervolt condition that would trigger the safety circuits & not output anything.
Al
kevinlekiller, over on slatedroid.com on the Viewsonic GTab sub-forum accessories, posted a pic (I would post a link but being a new member I can not add a link until I have made at least eight post) that shows a tool named "Kill a Watt" and it shows the Gtab only using nine watts while running "angry birds".
aabbondanza said:
According to the specs for the model you quoted, your inverter is capable of supplying 80 watts of power @ 110v or .73 amps. The gTab p/s input says 100-240v @ 1A (thats 110 watts...110v x 1 amp) needed to output the 12V @ 2 Amps the p/s outputs (24 watts).
Click to expand...
Click to collapse
That's not how these things should be calculated.
If, at the secondary winding of a transformer, you draw 24 watts, then at the primary winding, too, you will have the same wattage drawn.
According to the ideal power equation for transformers:
Power (in) = Power (out)
ie. V (in) x I (in) = V (out) x I (out)
so, if the at the secondary winding, 2 A is drawn at 12 V, and the input voltage at the primary winding is 110 V, then the current drawn at the primary is:
I (in) = V (out) x I (out) / V (in)
ie. 12 * 2 / 110 = 0.21
So, on the primary side, 0.21 A is drawn to supply 24 watts at the secondary. And since the converter supplies 80 W, you should be able to use it without any problems.
In reality, the gtab will probably never use 24 watts. The sticker at the back says the power consumption is < 24 watts. And the script I use to check these things tells me that the power consumed when charging from a flat battery is ~12 W; and when the gTab is idle at the home screen, it's around 2.5 W. When it's sleeping with the screen off the power drawn is around 1.15 W. It will be even lower when the gTab goes into deep sleep mode.
A big thanks rajeevvp
rajeevvp said:
That's now how these things are calculated.
If, at the secondary winding of a transformer, you draw 24 watts, then at the primary winding, too, you will have the same wattage drawn.
According to the ideal power equation for transformers:
Power (in) = Power (out)
ie. V (in) x I (in) = V (out) x I (out)
so, if the at the secondary winding, 2 A is drawn at 12 V, and the input voltage at the primary winding is 110 V, then the current drawn at the primary is:
I (in) = V (out) x I (out) / V (in)
ie. 12 * 2 / 110 = 0.21
So, on the primary side, 0.21 A is drawn to supply 24 watts at the secondary. And since the converter supplies 80 W, you should be able to use it without any problems.
In reality, the gtab will probably never use 24 watts. The sticker at the back says the power consumption is < 24 watts. And the script I use to check these things tells me that the power consumed when charging from a flat battery is ~12 W; and when the gTab is idle, it's around 2.5 W.
Click to expand...
Click to collapse
There ya go, I love the way a form like this can get a question answered.
It would make a great bumper sticker. But, all kidding aside thanks to everyone that jumped on this and tried to help.
If she wouldn't mind an extra $4 then this one shoudl work.
http://forum.xda-developers.com/showthread.php?t=1186539
Hi,
I've read some threads here about charging the S3, but not all is clear to me. I would appreciate some explanation:
1) I've read that the stock chargers output 1A. However, on the charger I got with my S3 it's written "output: 5V 0.7A". So do you think I somehow got a wrong charger?
2) I want to buy a car charger for the S3. There are many generic car chargers in ebay, some of then output 2A current. What is the maximum current allowed for the S3? I couldn't find this number in my S3 manual or on the phone itself. Will a charger of 2A cause harm to my phone? or to the battery? or to both?
Thanks in advance!
bump... does anyone know?
My charger output states .05v=1.0a.
As for what aftermarket charger to buy, I would stay away from chargers with more output than the official for 'peace of mind that my charger's specifications are the same as the official charger that came with the phone' reasons.
Cheers
Generally wall chargers output 1000mA (1A) and USB ports 500mA (0.5A)
You do not want to purchase anything that goes above 1000mA
Sent from my GT-I9300 using Tapatalk 2
I attach a picture of the adapter I got with my S3.
It says 0.7A on it, while it appears that other have one with 1A.
Did they con me with this adapter?
And regarding the maximum current allowed: do you think an adapter of 1.2A might harm the S3?
Do not know where your S3 come from but this charger is not made For S3 but for S2!
I just checked the model number:
S3 charger: ETAOU81EBE
S2 charger: ETAOU10EBE (like yours)
And there is no cable on the S3 charger, it use the USB cable
Thank you for this!
I don't get it. The charger was inside the S3 box and looked original. Damn!
I think the store I bought from import their S3 from Germany, since it came with Vodafone German stock ROM. Is it possible that this is the charger they sell on German vodafon? Or perhaps the store switched it for some reason?
Mine also come from my carrier: french vodafone
Was your S3 box sealed?
Those words, "teg listrik" and "frekuensi" is written in Indonesian
Sent from my GT-P1000 using xda app-developers app
Hi,
Background - I am an electronic engineer and have designed power supplies.
The Amp rating on a power supply is it's maximum capability to deliver power. The Voltage is the 'force' that it can push electrons through the device, this is the important one to have correct. So a 5V 300A Power supply will not charge your S3 any quicker than a 5V 1A power supply.
Get yourself a 1A car charger and you'll be fine. Depending on how the data pins on that charger are configured it'll be recognised as either a fast or slow charger but it will be fine in any case.
So, according to what you say, there should be not problem to use a 5V 2A charger on the S3?
The charger cannot accidentally push too much current to the device?
No. The phone limits the Amp the battery can get.
It simply won't go above 0.5 or 1Amp depending on what resistor is coded between the data pins (the 2 middle pins on the normal USB-plug)
(Note that this does not extend to all devices. E.g. cheap chinese toys and their batteries may not have any current limter, connecting them to "too powerful" chargers will result in damages or potential blow-up of the battery. The same applies to batteries without any electronic such as car batteries which can overheat and "cook")
I bought S3 in Germany 1.0A, there is a date on the charger:18.05.2012
Matching charger to phone
burmo said:
Hi,
Background - I am an electronic engineer and have designed power supplies.
The Amp rating on a power supply is it's maximum capability to deliver power. The Voltage is the 'force' that it can push electrons through the device, this is the important one to have correct. So a 5V 300A Power supply will not charge your S3 any quicker than a 5V 1A power supply.
Get yourself a 1A car charger and you'll be fine. Depending on how the data pins on that charger are configured it'll be recognised as either a fast or slow charger but it will be fine in any case.
Click to expand...
Click to collapse
Hi burmo,
An interesting concept. I have no clue in these things but what you say is not clear to me "all the way".
Charging my i93100 phone with 5.0V 3.1A will do no harm because it won't "push" more than 1A anyway?
And who is "responsible" for controlling this "push" the charger/battery/phone?
Does it work the same for Car chargers?
Thanks a lot,
Izik
multimeter check on .7amp charger
Animor said:
I attach a picture of the adapter I got with my S3.
It says 0.7A on it, while it appears that other have one with 1A.
Did they con me with this adapter?
And regarding the maximum current allowed: do you think an adapter of 1.2A might harm the S3?
Click to expand...
Click to collapse
so i have been wondering about this as well because i am currently building a custom charger for my s3 that charges the battery without having to plug into the charging port. i have redirected wires from the wireless charging port to metal tabs i have place on the back of my phone. it is a "drop in charger".
Anyway i have tested the charger that came with my phone. I also have the samsung stock charger that say the output is .7amp but after testing it with mutimeter, i have found that the output is actually 1.2 amps. As for max charging amps, I am not sure. I have tested several chargers. The new S4 charger puts out 2.34amps and i have not found any problem charging my s3 with it.
TrollTollKarl said:
so i have been wondering about this as well because i am currently building a custom charger for my s3 that charges the battery without having to plug into the charging port. i have redirected wires from the wireless charging port to metal tabs i have place on the back of my phone. it is a "drop in charger".
Anyway i have tested the charger that came with my phone. I also have the samsung stock charger that say the output is .7amp but after testing it with mutimeter, i have found that the output is actually 1.2 amps. As for max charging amps, I am not sure. I have tested several chargers. The new S4 charger puts out 2.34amps and i have not found any problem charging my s3 with it.
Click to expand...
Click to collapse
As far as I know the phone limits it so as you've found yes you will be fine
My original S3 charger is 5v 1.0amp
My original S3 charger is 5v 1.0amp. It was bought in Thailand with the phone.
I agree with burmo an advanced phone will have a current limiter as part of its circuit, however I prefer not to rely on it and not to exceed the manufacturer volt/amp recommendation.
The phone controls the current. In custom kernels (Boeffla and so on) you can change the target current. The phone has a protection built in, if the voltage is unstable (drops to much) it lowers the current untill the voltage is stable.
A HTC One charger I sometimes use (0,7A rated) only delivers 0,8A. A aftermarket charger I own (1,0A rated) is fine delivering 1,2A (modified target current, not stock). These charging currents can be read by various apps.
Get yourself a 1,0A rated charger and speed up your charging time.
Benjamin
burmo said:
Hi,
Background - I am an electronic engineer and have designed power supplies.
The Amp rating on a power supply is it's maximum capability to deliver power. The Voltage is the 'force' that it can push electrons through the device, this is the important one to have correct. So a 5V 300A Power supply will not charge your S3 any quicker than a 5V 1A power supply.
Get yourself a 1A car charger and you'll be fine. Depending on how the data pins on that charger are configured it'll be recognised as either a fast or slow charger but it will be fine in any case.
Click to expand...
Click to collapse
Seconded the post above being an electronic engineer as wel.
Voltage should be exactly the same as you need, but this will always be the case for a USB charger.
Current should just be enough or more.
The charging current is dictated my your phone and not - and I repeat - NOT by your charger!
mine rates at 1A
I recently bought a scoche dual port 21W(dual USB with 2.1 amps per) charger that I thought could charge my 8.4 but it doesn't even seem to recognize it's plugged in. Is this because it needs that extra .3 volts from the stock charger? And are there any multiport chargers capable of charging this tablet?
I have 4-port charger from "Volmate" that I got from Amazon. Works fine. I don't see that same unit any more but they have a 5-port that looks similar:
http://www.amazon.com/5-port-Family...=UTF8&qid=1415848997&sr=8-16&keywords=volmate
The tablet doesn't need the .3 extra volts, it can use a variety of chargers as long as they are 5V 2A, it can even charge hooked to a PC , though the current from a computer would most like just be enough to power the device and not actually charge it.
Not sure why the tablet wouldn't recognize the charger you hooked up, does the battery icon have a X through it?
My Tab Pro can be used with many different chargers which sustain 2A or higher.
frentraken said:
I recently bought a scoche dual port 21W(dual USB with 2.1 amps per) charger that I thought could charge my 8.4 but it doesn't even seem to recognize it's plugged in. Is this because it needs that extra .3 volts from the stock charger? And are there any multiport chargers capable of charging this tablet?
Click to expand...
Click to collapse
It requires the D+ and D- pins shorted together with 1.2 V on them. Google "Charging your Smartphone from USB without fear" Sorry I can't post links.
I cracked open my car charger and changed out the resistors to 330k and 110k. It works now. The chargers that mention having a chip / IC like the Anker chargers with SMART IQ auto detects and works. The .3 V difference is to make up for the voltage drop of the cable, it isn't necessary but it lets it charge faster.
Fox9p3400 said:
It requires the D+ and D- pins shorted together with 1.2 V on them. Google "Charging your Smartphone from USB without fear" Sorry I can't post links.
I cracked open my car charger and changed out the resistors to 330k and 110k. It works now. The chargers that mention having a chip / IC like the Anker chargers with SMART IQ auto detects and works. The .3 V difference is to make up for the voltage drop of the cable, it isn't necessary but it lets it charge faster.
Click to expand...
Click to collapse
They're 33K (to +) and 10K (to -) resistors.
I made few of them so I can charge old type Tab and Note with iPad-like plug.
I'm not sure what this is all about... To charge my 8.4 I mostly use my 1.5A HTC One charger or an older LG 1A. On my boat I'm using a bog standard cigarette lighter USB charger with two 2A outlets (not more than 3A combined). I've never had any problems with any of these.
Why would I need one with shortened D+/D- pins (or do all chargers have this implemented?)
This is the 100W Baseus deskop charger and I have two issues with it:
1. When two USB C ports are used, the power division is C1=65W and C2=30W. So C1 should still be more than capable enough to handle SFC 2.0 45W charging. But as you can see in the video, SFC 2.0 is not working when two USB C ports are used.
2. When I charge at SFC 2.0 and SFC 1.0 with the same charger, they both cap at 33W. I thought SFC 1.0 is just 25W? When I use the official 25W Samsung SFC 1.0 charger, it just caps off at 24W as expected.
Baseus support sucks big time so I'm having a problem reporting this to them.
kevindd992002 said:
This is the 100W Baseus deskop charger and I have two issues with it:
1. When two USB C ports are used, the power division is C1=65W and C2=30W. So C1 should still be more than capable enough to handle SFC 2.0 45W charging. But as you can see in the video, SFC 2.0 is not working when two USB C ports are used.
2. When I charge at SFC 2.0 and SFC 1.0 with the same charger, they both cap at 33W. I thought SFC 1.0 is just 25W? When I use the official 25W Samsung SFC 1.0 charger, it just caps off at 24W as expected.
Baseus support sucks big time so I'm having a problem reporting this to them.
Click to expand...
Click to collapse
Baseus GaN5 Pro 65 watt can charge at 50watt peak.
after 60 percent,watt same as samsung 25 watt charger.
But your measurement is input power to the charger and not output power to the phone. There's a bit of a difference because of power adapter efficiency. I don't know what is the difference between the Gan5 Pro 65W and this 100W adapter really.
BUMP! Anyone please?
This is normal for such a charger. I have a PZOZ version - 65W GaN 2xUSB C + 1xUSB A. SFC 2.0 works only with 1 device plugged in, if you plug another (it might be a 5W one) - this breaks the SFC. I can assume that this is coming from the controller and the device is actually not capable to support such scenario, even though the power is declared as 100W.
Hmmm, that's interesting. I thought the issue was isolated to BaseUS. Their support is really non-existent. They reply but it's like you're talking to a stupid person that does not understand the issue.
Aside from this issue, do you have any other issues when using both ports? As for me, when I charge my phone while my laptop is plugged in, it sometimes drops the wattage on the laptop device to just 19w. If the laptop is plugged in by itself, it goes up to 59w. Not sure what's going on here.
Are there any usb c car chargers that support sfc 2.0?
kevindd992002 said:
Hmmm, that's interesting. I thought the issue was isolated to BaseUS. Their support is really non-existent. They reply but it's like you're talking to a stupid person that does not understand the issue.
Aside from this issue, do you have any other issues when using both ports? As for me, when I charge my phone while my laptop is plugged in, it sometimes drops the wattage on the laptop device to just 19w. If the laptop is plugged in by itself, it goes up to 59w. Not sure what's going on here.
Are there any usb c car chargers that support sfc 2.0?
Click to expand...
Click to collapse

Satechi - USB / USB C car charger with 72W:
Simultaneous Charging: Has both a universal USB A port and a Type-C port
Quick Charge: Devices can be charged quickly on the go
Powerful and compact design: Type-C power 60W (max), Type-A power 12W (max), total 72W
Equipped with an LED indicator to check the charging status
With Power Delivery for particularly fast charging
Compatible with almost all USB devices and most USB Type-C devices
The Satechi USB C and USB A Car Charger is the perfect solution for charging your devices on the go. Never worry about how to charge your smartphone, tablet, computer or other device while on the go. Simply connect the charger to your car's cigarette lighter and connect the other end of the USB cable to the USB port of the desired device. You can already charge your device on the go. Satechi's Dual Car Charger allows you to simultaneously charge a 13" MacBook Pro (2016) via the USB-C port and an iPhone/tablet via the USB-A port. The output power for the USB-C port is 60 W (max) and 12 W for the USB-A port.
ATTENTION: The delivery does not include a USB cable!
Color: white/silver
Brand: Satechi
Model: ST-TCPDCCS
Weight: about 34g
Technical specifications:
Input: DC12V - 24V
USB-C output: 60W (max)
USB A output: 12W (max)
Total Power: 72W
Baseus aluminum 45W USB / USB C car charger:
Charges up to 4 times faster than conventional USB/USB C adapters
Extremely small and light (ideal for travelling)
With support for Power Delivery 3.0 / Quick Charge 4.0
45W output current power
With LED display on the charger
Charge your USB / USB C compatible devices such as smartphones, tablets or MP3 players, etc. in the car now. With the Baseus USB / USB C car charger, your devices are always fully charged while driving. The Baseus Car Charger Auto USB / USB C is ideal for people with active lifestyles who travel a lot. It simply plugs into your vehicle's power outlet (cigarette lighter) and charges while driving.
The power supply also supports the latest Power Delivery 3.0 and Quick Charge 4.0 technologies, with which you can charge your iPhone X up to 50% in just 30 minutes. The car charger always guarantees the maximum charging capacity to charge your electronic devices, with a current output line of up to 6 amps.
ATTENTION: USB/USB C cable not included (can be ordered in store).
The black color
Manufacturer: Baseus
Material: aluminum/plastic
Technical specifications:
Performance/power: 45 watts
Input: 12-24V
USB Output: 4.5V/5A; 5V/4.5A; 9V/3A; 12V/3A; 20V/2.25A
USB-C Output: 5V/3A; 9V/3A; 12V/3A; 15V/3A; 20V/2.25A
Output USB + USB C Total: 5V/6A max
Nmc_alves® said:

Satechi - USB / USB C car charger with 72W:
Simultaneous Charging: Has both a universal USB A port and a Type-C port
Quick Charge: Devices can be charged quickly on the go
Powerful and compact design: Type-C power 60W (max), Type-A power 12W (max), total 72W
Equipped with an LED indicator to check the charging status
With Power Delivery for particularly fast charging
Compatible with almost all USB devices and most USB Type-C devices
The Satechi USB C and USB A Car Charger is the perfect solution for charging your devices on the go. Never worry about how to charge your smartphone, tablet, computer or other device while on the go. Simply connect the charger to your car's cigarette lighter and connect the other end of the USB cable to the USB port of the desired device. You can already charge your device on the go. Satechi's Dual Car Charger allows you to simultaneously charge a 13" MacBook Pro (2016) via the USB-C port and an iPhone/tablet via the USB-A port. The output power for the USB-C port is 60 W (max) and 12 W for the USB-A port.
ATTENTION: The delivery does not include a USB cable!
Color: white/silver
Brand: Satechi
Model: ST-TCPDCCS
Weight: about 34g
Technical specifications:
Input: DC12V - 24V
USB-C output: 60W (max)
USB A output: 12W (max)
Total Power: 72W
Baseus aluminum 45W USB / USB C car charger:
Charges up to 4 times faster than conventional USB/USB C adapters
Extremely small and light (ideal for travelling)
With support for Power Delivery 3.0 / Quick Charge 4.0
45W output current power
With LED display on the charger
Charge your USB / USB C compatible devices such as smartphones, tablets or MP3 players, etc. in the car now. With the Baseus USB / USB C car charger, your devices are always fully charged while driving. The Baseus Car Charger Auto USB / USB C is ideal for people with active lifestyles who travel a lot. It simply plugs into your vehicle's power outlet (cigarette lighter) and charges while driving.
The power supply also supports the latest Power Delivery 3.0 and Quick Charge 4.0 technologies, with which you can charge your iPhone X up to 50% in just 30 minutes. The car charger always guarantees the maximum charging capacity to charge your electronic devices, with a current output line of up to 6 amps.
ATTENTION: USB/USB C cable not included (can be ordered in store).
The black color
Manufacturer: Baseus
Material: aluminum/plastic
Technical specifications:
Performance/power: 45 watts
Input: 12-24V
USB Output: 4.5V/5A; 5V/4.5A; 9V/3A; 12V/3A; 20V/2.25A
USB-C Output: 5V/3A; 9V/3A; 12V/3A; 15V/3A; 20V/2.25A
Output USB + USB C Total: 5V/6A max
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But I bought the 65W charger and BaseUS said that it can only do PPS 18W.
S23 Ultra requires 10v 4.5 amp to achieve 45 w charging . Charger and Cable both should be capable of 5 amp current capacity and Charger should support PD 3.0 with PPS at 5 amp that is the basic requirement, Cable should have a e-marker chip to identify it as having 5 amp capacity to the charger. usually such cables have 5 amp written on the USB C port and are visibly thicker than the normal 3 amp cables .
ask77 said:
S23 Ultra requires 10v 4.5 amp to achieve 45 w charging . Charger and Cable both should be capable of 5 amp current capacity and Charger should support PD 3.0 with PPS at 5 amp that is the basic requirement, Cable should have a e-marker chip to identify it as having 5 amp capacity to the charger. usually such cables have 5 amp written on the USB C port and are visibly thicker than the normal 3 amp cables .
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Do you have any reference for that 10V 4.5A information? Some say it's 9V 5A but I never saw any official claims from Samsung regarding that too. I have no issues with cables. I'm using 100W BaseUS cables with e-marker chips on them. They don't have the 5A writing on them but they are obviously thicker than the included Samsung cable (which is only for 25W charging). Here are the specs of the 100W BaseUS desktop charger that I have:
As you can see, it does support PD3.0. Although PPS is not written there, it does support it as well as confirmed by BaseUS support and the video that I showed. I don't see 10V anywhere though so I'm not sure how it works with PPS or something. Does PPS adjust the voltage with fine adjustments or something? Also, that doesn't explain the issue I'm having where SFC 2.0 won't work when two USB ports are used. It only works when the phone is charged alone and this defeats the purpose of buying a multi-port charger in the first place.
Go to settings, about phone , and then status information the last entry there is Rated 10 V 4.5 Amp . Yes pps adjusts voltage with fine adjustment of 20mv . It can provide between 3.3 V to 21 V at upto 5 Amp . Your problem seems to be related to the charger itself which is unable to deliver the required power when two usb ports are used . BTW you can use an app called accubattery which should give you the exact charging data for your phone.
ask77 said:
Go to settings, about phone , and then status information the last entry there is Rated 10 V 4.5 Amp . Yes pps adjusts voltage with fine adjustment of 20mv . It can provide between 3.3 V to 21 V at upto 5 Amp . Your problem seems to be related to the charger itself which is unable to deliver the required power when two usb ports are used . BTW you can use an app called accubattery which should give you the exact charging data for your phone.
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Ok, I see that now. Well, @Stenlius replied to this thread and says that this is normal. Any comments on that?
What's more weird though is that when it's charging at sfc 2.0, the cable only shows 33w. When I plug in another device in the charger, it renegotiates to sfc 1.0 but still at 33w!
When I use the official 25w samsung charger with the same cable, it goes down to 24w as expected.
SFC 2.0 - So far I have only seen with the Samsung official chargers. I've spent so much money on Belkin, Baseus, UGreen, Anker accessories and never been able to get peak speeds.
JazonX said:
SFC 2.0 - So far I have only seen with the Samsung official chargers. I've spent so much money on Belkin, Baseus, UGreen, Anker accessories and never been able to get peak speeds.
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Oh wow, that's good to know. Were you getting around the same wattage as I do at 33W? I still have time to return these and is why I'm asking for help here to verify if I don't have an isolated issue or something.
kevindd992002 said:
Oh wow, that's good to know. Were you getting around the same wattage as I do at 33W? I still have time to return these and is why I'm asking for help here to verify if I don't have an isolated issue or something.
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Never had the tools to measure the wattage output.
I just plug and wait for SFC 2.0 to show up, and if it doesn't - I just get rid of it.
I've tried 120W Xiaomi chargers as well.
Max anything other than samsung genuine chargers can go up to is "Fast Charging" or super charging 1.0.
JazonX said:
Never had the tools to measure the wattage output.
I just plug and wait for SFC 2.0 to show up, and if it doesn't - I just get rid of it.
I've tried 120W Xiaomi chargers as well.
Max anything other than samsung genuine chargers can go up to is "Fast Charging" or super charging 1.0.
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Well theh that's not the same case as mine. If you read my OP and watched the video, you'll see that I can do sfc 2.0 with this baseus charger but only maxes at 33 watts. I thought you had the same issue as mine.
kevindd992002 said:
Well theh that's not the same case as mine. If you read my OP and watched the video, you'll see that I can do sfc 2.0 with this baseus charger but only maxes at 33 watts. I thought you had the same issue as mine.
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peak charging only below 20 percent.
after that 3x watt.
after 60 percent 2x watt,same as 25 watt samsung original charger and cable from the box.(3A cable).
basesus gan 2 lite 65 watt and basesus gan 5 pro 65 watt support SFC 2.0.
tested with S23 Ultra.
this image is s23 ultra at 15 percent battery.
charging with samsung original 45 watt charger.
domperidane said:
peak charging only below 20 percent.
after that 3x watt.
after 60 percent 2x watt,same as 25 watt samsung original charger and cable from the box.(3A cable).
basesus gan 2 lite 65 watt and basesus gan 5 pro 65 watt support SFC 2.0.
tested with S23 Ultra.
this image is s23 ultra at 15 percent battery.
charging with samsung original 45 watt charger.
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Ok, that makes sense. I'll try charging at 15% and see if it makes it to 48W.
Also, have you tried charging yout s23 ultra with more than one usb port plugged in your charger? That does not work as you see in my video.
kevindd992002 said:
Ok, that makes sense. I'll try charging at 15% and see if it makes it to 48W.
Also, have you tried charging yout s23 ultra with more than one usb port plugged in your charger? That does not work as you see in my video.
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may be there is a problem with your charger.
you can claim warranty.
domperidane said:
may be there is a problem with your charger.
you can claim warranty.
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No there is none. I posted on reddit before buying this and one guy posted the same issue. Can you test with yours?