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Now with super strong magnets, HomeKit Australia's new and upgraded Version 3 wireless Mag charger for iPhone 12 series (and charge your AirPods as well).
MagSafe is the only charging technology that delivers a fast charge to the iPhone 12, iPhone 12 Pro and iPhone 12 Pro Max. The iPhone 12 Mini is only capable of charging at 12w. Do remember the normal maximum wireless charge for an iPhone is 7.5w from the fastest Qi chargers.
HomeKit Australia's MagSafe v3 charger aligns perfectly with the embedded magnets in the iPhone 12 and iPhone 12 Pro series. This ensures the fastest charge, creating a perfect circuit each and every charge. Be aware that the iPhone 12 Mini can only charge at a maximum 12 watts.
When you are looking at MagSafe chargers from vendors other than Apple, please ask the supplier if they are supplying you a charger that meets the PD 3.0 charging standard .... not knowing the answer is a bad sign. Also ask if you are receiving a fixed USB-C cable because without this styled cable your charger will never meet PD 3.0.
And of course, you must also connect the other end of your cable to a minimum 20w AC charger that also conforms and outputs per the PD 3.0 standard. No surprise, our products meet all these specs including every single AC charger from 20w to our "beast" 100w AC GaN charger.
As we outlined, this MagSafe charger connects to USB-C so you may want to pick up our 20w USB-C GaN charger or perhaps a 65w GaN charger at the same time.
Charging indication is via your phone with this MagSafe charger, so you can see exactly how your phone is charging.
This white MagSafe charger is one of the highest spec MagSafe chargers you will find and protections include foreign body detection, over temperature protection, over current protection, under voltage protection, short circuit protection, dynamic power lock, current protection, under temperature protection and Vertex Shutdown protection (VRVS).
In the case of a receiver output short circuit, the transmitter stops working and when the receiver is removed, the transmitter will return to normal work.
When the over current protection is triggered, the transmitter stops working. After the receiver is removed, the transmitter will return to normal operation.
The transmitter will stop working when the control chip D9200 is above 80°C or the external NTC above 60°C. Again, after the receiver is removed and the temperature has dropped to normal condition, the transmitter will return to normal work.
When a metal object larger than a coin size is detected on the transmitter coil, the transmitter stops working. After the metal object is removed, the transmitter will return to normal work.
