While looking at the teardown of Apple’s new MagSafe Battery pack from Charger Lab, one could look at what lies best inside it.
This $99 MagSafe Battery Pack is commendable at its performance and promises to be the best fit amongst all others.
Undoubtedly, the teardown serves for excessive details concerning the charger and how it works. For starters, it confirms the recent speculation made by different tech wizards that it will use a pair of battery cells.
Furthermore, these battery cells are wired in series like previous Apple’s Smart Battery Cases. Along with this, teardown also dives into the NFC circuitry and heat shielding domain within the battery case.
A dual-cell design is important when it comes to battery cases. Undoubtedly, it allows the voltage of the battery pack to be higher than a similar single-cell design.
Additionally, providing a dual-cell design also provides better battery life for the users. Each cell’s specifications are labeled with 3.82 volts, but in totality, the overall voltage of the battery pack is 7.62 volts when it is wired in series.
MagSafe Battery Pack teardown confirms dual-cell design https://t.co/1sFhqoBdkp pic.twitter.com/4NaDfNFJfw
— The Verge (@verge) July 23, 2021
What does the teardown of the MagSafe Battery Pack confirm?
However, it infers that the battery pack can provide more than the mentioned power capacity, i.e., 1,460 mAh. Nonetheless, while comparing directly with the battery of the iPhone’s capacity, this battery pack certainly outshines it as well.
If you are looking for further more details, then AppleInsider has a good write-up over it. It has all the science and functionality behind MagSafe dual-cell Battery Pack.
Beyond the specifications and details of the battery cells, the teardown also provides us with how this battery pack dissipates heat. Dissipating heat is a colossal factor while deciding on any battery pack.
The bottom line of the content
In February, Bloomberg reported the existence of the pack and its development too. The software of the iPhone was overheating the accessories associated with it. Describing the dissipating heat factor was necessary for the users to witness.
Undoubtedly, because of this, there was a setback in making the battery pack. But now, it’s clear that a lot of effort is shown to make this battery pack and cool it.
Providing such great power and without overheating is an outstanding feature of this battery pack. It is still unclear that the overheating in iPhone is because of software or hardware, but the battery pack will still dissipate the concerning heat.
Alternatively, various other MagSafe battery packs are available in the market, but this dual-cell design will surely bring many changes.
Image courtesy of Justin Tse/YouTube