Wireless Charging Design

Wireless Charging market is driven by a rise in global sales of wearable devices and high-end smartphones. Now, wireless charging is making inroads into the healthcare, automotive, industrial, and manufacturing industries as well.

Wireless charging, also known as inductive charging, is based on energy transfer between two devices using an electromagnetic field. Energy is sent through inductive coupling between the charging station and battery of an electrical device, which can then be used to run the device.

The most common application is the Qi wireless charging standard for low power devices like smartphones, smartwatches, and tablets. Inductive charging is also used in vehicles, power tools, robotic vacuums and medical devices. It eliminates the need for the portable equipment to be precisely aligned or make electrical contact with a dock or plug.

NuCurrent is an industry leader in inductive and inductive resonant wireless power systems design. Being a leader with over 150 patents, NuCurrent has deployed inductive and inductive resonant wireless power solutions to power the world’s most innovative products. As a technology partner of NuCurrent, eInfochips can help integrate NuCurrent’s latest wireless powering solutions for your next-gen products including:

QI and custom low frequency solutions targeted for In-vehicle phone charging, Standalone phone chargers, Infrastructure chargers, Domestic Robots, Smartphones, Speakers

KI Cordless Kitchen Solutions targeted for medium to high power applications that require simultaneous NFC communication and wireless power transmission including kitchen appliances

As a technology partner of NuCurrent, eInfochips can help integrate NuCurrent’s latest wireless powering solutions for
your next-gen products leveraging:

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