Now, you can have your phone battery almost fully charged anywhere you go, any time of the day. With a Quick Charge 3.0, you can charge up your phone battery from zero to 80% in just 30 minutes, with only less than $5 to spend. If a USB port still supports your car charger, switch to YI Car Charger now and experience-guaranteed fast charging in no time.
This fast charger is not the ordinary USB port charger found in most cars. Delivering 2.4 amps through a 12-volt accessory plug, which is typically working as a power port or cigarette lighter, this phone charger is compatible even to those that do not support QC 3.0. Recently, online news on technology shared a post suggesting that even if a person's phone does not support QC 3.0, it will benefit from the higher amperage of the phone.
Feature-Filled Fast Charger
Since the Yi Charger features two USB ports, two devices can be charged at once. What makes Qualcomm, the maker of this new car charging system, proud of its latest innovation is that it works with any electronic device, be it an Apple or Android phone or tablet. Even a GPS device or an MP3 player can always give you convenient travel or maximum listening experience without experiencing empty battery any time, wherever you are.
Even fast chargers are different in many different ways and features. Just because its package says it is a fast charger, it already means it is as efficient as any user expects it. An authentic fast charger for Qualcomm means charging from a 3.0 port. It is certainly has a 'quick charge' feature too if the battery goes from zero to 100% for times speedier than the standard car charging systems.
How a Phone Fast Charger Works
One of the indications of a real fast charger is if the phone charges in full in just minutes, instead of hours. For a more scientific explanation, standard charging is a combination of physics and chemistry, "and each has its own sets of restriction and unimpressive publicized incompatibilities." As for the fast charger, cells with two electrodes, positive and negative cells, and an electrolyte catalyze reactions which convert compounds into substances. Over time, the ions contain too little or too much electrons. Out of these electrons, the driving flow to the negative outer terminal of the battery supply the user's mobile device with an electric charge.
