Although not much is known about the new iPhone terminal that will be released this fall, here we are now finding out something interesting, more precisely a British publication stands up that organic batteries could be part of the device. The organic batteries in question are developed by NEC and can be fully charged in just 30 seconds, but the interesting part is that the battery can retain 75% of its initial capacity even after 500 charges/discharges. The batteries from NEC would have a thickness of only 0.3 mm, so it would give Apple a lot of space to implement other components, but of course we are only talking about a rumor at the moment.
According to NEC, the incorporation of the circuit board offers 0.3mm thickness as the exterior material to cover the battery, by making use of polymer film of 0.05mm thickness. The Organic Radical battery is incredible which is resistant to repeated charging and discharging of high output. The capacity of the battery is 3mAh and the output is rated at 5kW/L. Most interestingly, even after 500 charge-discharge cycles the battery maintains 75 percent of the charge. Apple is expected to use the mesmerizing ORB in its iPhone 6.
In the iPad 3, Apple implemented a larger capacity battery to support the tablet's Retina screen, but there is still a long way to go until the complete replacement of the battery. Apple wants to offer very good autonomy for its terminals and the new batteries would for now only offer faster recharge cycles plus more free space in the iPhone case. I for one believe that we are still far from being able to use batteries that charge so quickly and maintain their capacity over time, but maybe Apple will give us a pleasant surprise, although it is hard to believe.
NEC is "organic radical battery" features such as secondary battery having a thin, bendable (Note 1) in, has developed the ultra-thin battery that can be built into the 0.3mm thickness (0.76mm thickness standard) IC card. Organic radical battery, taking advantage of features not found in other secondary battery can be charged, beginning with, such as high-speed and high output of thin, flexible, lithium-ion batteries, such as electronic paper and to the sophistication of IC card Applying is expected. However, traditional thinning is the limit is 0.7mm, applied to the IC card having a standard thickness of 0.76mm was difficult. This time, The integration of the circuit board and battery by using a printing technology, we have achieved a 0.3mm thickness equal to or less than 1/2 compared with conventional. This has been achieved, such as and may be mounted on the IC card and the screen display function that requires a large power, communication function, advanced encryption processing functions, to apply to a wide range of applications. Features of the battery that has been developed are as follows.
