Sentences with phrase «transmitter coil»
A "transmitter coil" refers to a device that generates and sends out electromagnetic waves, allowing information or power to be transmitted wirelessly. Full definition
The charger also uses a 7.5 - watt transmitter coil, resulting in fast wireless charging.
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A series of transmitter coils buried under the skin behind the ear power the chip.
For the fastest wireless charging possible, check out the Belkin Boost Up, which boasts a 7.5 - watt transmitter coil that's perfect for iPhone X and iPhone 8.
Wireless power transfer works by having a transmitter coil generate a magnetic field; a receiver coil then draws energy from that magnetic field.
For safety, autonomous cars need to be in the center of the lane where the transmitter coils would be embedded, providing very precise positioning for GPS satellites.
Inductive charging typically involves a transmitter coil in a charging pad transmitting energy via a magnetic field to a receiving coil in the device.
The base station then generates an electromagnetic field through its transmitter coil that induces an electric current to the receiver's coil within the smartphone.
It boasts a 7.5 - watt transmitter coil that's ideal for fast - charging in iOS 11.2.
The phone appears to show a transmitter coil beneath the glass, which indicates that this device will have wireless charging.
The base station has a transmitter coil and your phone has a receiver coil.
Some wireless charging base has just one transmitter coil to charge a device from a particular position while some has many transmitter coils to charge many devices from alternate positions.
It consist of a transmitter coil L1 (wireless charging base) and a receiver coil L2 (contained in any device which is capable of wireless charging).
For making wireless charging possible two coils are needed, one as a transmitter coil which uses in the base (wireless charger) and other one as a receiver coil which uses in the device which is capable of wireless charging.
An alternating current in the transmitter coil generates a magnetic field which induces a voltage in the receiver coil.
When the technology is tightly coupled, like the Qi and PMA standards, the receiver and transmitter coils have to be close together, ideally within 5 mm.