Finding enough power to run all the stuff in your mobile gadget, is probably the biggest problem facing device developers today. While the chip power is increasing according to Moore’s law, the battery technology to run them is improving at a glacial pace. So getting your iPhone or Droid to last just a single day on a moderate use is considered a big achievement.
Well, Apple may have an idea how to to improve your iPhone endurance even without bigger battery. What if your iDevice was able to transform a kinetic energy into electricity? That way, your iPhone will be auto-charging when you run, walk around, or move it in some other way.
You probably heard about the process of electromagnetic induction in high-school. That’s when you move a magnet next to a wire coil to generate electricity. But those are huge, where would you put such a contraption inside the iPhone?
Apple’s idea is to print the coils from conductive copper traces into the the circuit boards that hold all other chips inside your gadget. According to Apple, multiple layers of coils can be printed into the circuit boards, in dense configurations. Then you add movable magnets next to those boards and – voila. An iPhone that charges when you walk.
Of course, it is more much more complicated than that, and will need some clever engineering to work. And there’s question of how much power could be generated by just carrying iPhone around.
Still, every little bit helps, and if Apple can give me an extra browsing hour via this neat trick, I’ll take it.
If you liked the post, you might find these interesting too:
- Mojo Mobility develops Near Field Power method to charge multiple devices at once
- Samsung’s keypad battery pack arrangements
- Concept: Phone That Never Goes Obsolete
- Another AT&T memo leak says iPhone 3G will be sold bricked, requiring in-store activation
- iPhone 3G to receive firmware fix on September