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You said "almost all apple idevices", which pretty clearly indicated you were talking about more than just laptops. I replied in that context.



Your argument is that iDevices like the iPod and iPhone require more stringent 'massive capacitor' power delivery with an inline battery over... more power demanding/complex devices like laptops? And other phones that had removable batteries?

Sounds like an attempt to handwave away bad design principles.


The extent to which a device relies on the battery as a capacitor even when plugged in depends on both the peak current draw of the device, and the size of the charger.

Smaller devices like phones tend to be paired with downright tiny chargers, but modern smartphone SoCs can draw a lot of power in short bursts (cf. all the controversy about Apple trying to prevent brown-outs when operating the phone with a worn-out battery). Apple's laptops are usually paired with power bricks that roughly match the maximum sustained power draw of the laptop. Windows gaming laptops tend to ship with power bricks that are 2-3x larger than any Apple power brick.




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