Inductive Charging

The term inductive charging continues to rise in popularity and is being heavily used by companies that manufacture wireless chargers. This wireless transmission system depends greatly on a magnetic field for the transfer of electricity which makes it possible for compatible devices to receive power through its current instead of using conductive cables. It can be defined as a process by which magnetic fields relocate electricity from an external source, in this case the charger, to a mobile device. With the use of a compatible device, in many cases this can be a plug or sleeve, it is possible for electricity to move through the air and start charging the batteries in those phones or gadgets. With this system, the user does not need to worry if the device falls off or if the connection is blocked by dust because the devices will keep on receiving power.

For the great majority of wireless chargers in the market, a sleeve or case is usually needed before the charging process can begin. They redirect power from the receiver to the battery by means of the charging ports. These cases retain the receiver in close proximity to the source of the magnetic field, which allows for the continuous transfer of electricity. Inductive charging is an innovative system but it requires direct contact through the use of sleeves or tips which has led many consumers to question its functionality when compared to standard contact-point chargers.

As mentioned before, inductive charging creates a magnetic field that is able to transfer electricity through the air. As opposed to contact point chargers, these must have constant contact in order to continue the charging process. Similar to standard electric plugs, the metal has to remain connected in order to keep the flow of electricity going. So, if the prongs become detached or loose, the devices might not obtain the amount of charging they need. Inductive charging eliminates this aspect of the charging process, as they don’t require contact to exchange power.

Unfortunately, although they claim to have harnessed the power of inductive charging, many of the wireless chargers currently in the market have proved to be inefficient and not functional. Until a better technology is developed, users are better off purchasing chargers that work through a conductive system like those manufactured by IDAPT. The company offers consumers exceptional solutions to their charging dilemmas as they manufacture stations compatible with most devices in existence and capable of charging various devices simultaneously. Affordable and easily available for purchase, IDAPT’s chargers cater to a wide range of consumers and deliver outstanding options to those who want to maintain their phones and gadgets juiced at all times.