Search results for: 'qi wireless charging receiver'

Wireless charging uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device.

The ESP32-S3 Round Display Dev Board. A powerful, all-in-one platform with a 1.85" capacitive touchscreen, AI voice functions, and Qi charging for...

Keep your power bank running with ultra-low power devices using the compact USB-C KeepAlive module, featuring automatic pulse technology to prevent automatic shutoff when powering microcontrollers, Raspberry Pi Picos, or other small electronics.

Coming sooon!We're always on the look out for better ways to make projects portable: being able to charge your battery in the most convenient manner...

We're always on the look out for better ways to make projects portable: being able to charge your battery in the most convenient manner will let...

Adding LEDs to anything makes it 5x better -- it's a scientific fact! But when you have LEDs, you've got wires and power supplies and all that...

This is a flexible silicone USB-C to USB-C power charging cable...

Your cell phone charges off of USB, but can you really trust that charging station at the airport? Now you can control when to allow data in or out of your device...

If you'd like to connect a USB C connector to your favorite garment to make a fun wearable tech project, then try out the array of sewable connectors...

This wireless charging module, composed of transmitting and receiving ends, can transfer energy through medias such as air, paper, or plastic. Based on “magnetic-coupled...

Wireless charging uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device.

This wireless charging module, composed of transmitting and receiving ends, can transfer energy through medias such as air, paper, or plastic. Based on “magnetic-coupled...

The Satechi Magnetic 2-in-1 Wireless Charging Stand combines the power of dual wireless charging with the convenience of hands-free magnetic attachment....

The squarish board with two chips on it is the transmitter (power with 9V). The longer board is the output and you can connect that to the part of your project that...

The squarish board with two chips on it is the transmitter (power with 9V). The longer board is the output and you can connect that to the part of your project that...

They are LEDs that can light up without any wires, battery packs or other power sources. Based on magnetic resonance coupling technology, the product...

10AH Lithium Battery Power Bank with Digital Readout and 3 Connector Cables and two Ports...

Wireless Sensor Node - Solar Kit is an easy to use bundle created for experimenting with XBee and XBee compatible standalone wireless modules like RFBeeandWifi...

Keep your projects powered in the car, USB-A with Quick Charge 3.0 and USB-C with 18W PD

It's time to effectively manage the power distribution into your project and with the SparkFun Power Delivery Board, you can! Traditional power adapters can provide...

This breakout board for Texas Instruments’s TPS2113A autoswitching power multiplexer allows you to select which of two power sources is connected to a load while blocking reverse current into either of the sources. It has an adjustable current limit that can be set as high as 2 A and an adjustable switching threshold. Each input power rail on the multiplexer can be supplied with 2.8 V to 5.5 V, and the board also breaks out a USB Micro-B connector that can be used to supply one of the rails.