1461791001

Series:	NuCurrent®, PowerLife™, 146179
Part Status:	Active
Function:	Receiver
Type:	1 Coil, 1 Layer
Inductance:	11.6µH
Tolerance:	±2%
DC Resistance (DCR):	520 mOhm
Q @ Freq:	23 @ 200kHz
Current Rating:	--
Current - Saturation:	--
Frequency - Self Resonant:	--
Operating Temperature:	--
Size / Dimension:	1.693" L x 1.220" W x 0.019" H (43.00mm x 31.00mm x 0.48mm)

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Introduction to Wireless Charging Coils 1461791001

Wireless charging coils, such as the 1461791001, are used in a variety of applications to charge devices wirelessly. They are used in consumer electronics, such as smartphones, tablets, and laptop chargers. They are also being used in larger scale applications, such as electric vehicles, medical implants, and even aerospace. This article will discuss the different applications for the 1461791001 coil and its working principles.

Applications for the 1461791001 Coil

Consumer Electronics: The 1461791001 coil is perfect for use in consumer electronics such as smartphones, tablets, and laptop chargers. The coil is designed to be placed on the underside of the device and is connected to a small PCB or printed circuit board. The coil functions as a transceiver for the electrical current. This means that it can both transmit and receive electrical signals. This allows for a wireless connection between the device and a power source.Electric Vehicles: Wireless charging coils are also used in electric vehicles. The coils are typically mounted on the underside of the car and are connected to a larger power source, such as a battery. The coils act as an antenna, allowing for a wireless connection between the battery and the car’s electrical system. This eliminates the need for cumbersome wiring to the battery and allows for faster charging times. Medical Implants: Wireless charging coils have also been used in medical implants. Medical implants are devices implanted in the body for therapeutic or diagnostic purposes. These devices often have limited battery life, and wireless charging coils allow for a convenient way to recharge them without having to remove them from the body. The coils also reduce the risk of infection or other complications associated with long-term battery use.Aerospace: Wireless charging coils are also being used in aerospace applications. The 1461791001 coil is used to power small, lightweight components, such as actuators and sensors. The coils are usually embedded on the surface of the aircraft and are connected to a larger power source. The coils are effective at wirelessly transmitting power over long distances and are suitable for use in harsh environments.

Working Principle of the 1461791001 Coil

The working principle of the 1461791001 coil is based on the concept of electromagnetic induction. This is the process by which an electric current is generated in a coil when exposed to a changing magnetic field. When a magnetic field is applied to the coil, it induces a current in the coil, which in turn creates its own magnetic field. This process is known as inductive coupling. Inductive coupling is the transfer of energy from one device to another through an electromagnetic field. The 1461791001 coil is designed to use this principle and can be used for both transmitting and receiving wireless signals. The coil works by converting electrical current into a magnetic field. When the coil is placed near a power source, such as a battery, the current will be picked up by the coil. The coil then converts this energy into a magnetic field, which is then transmitted to the device being charged. The device then uses this magnetic field to convert the energy back into an electrical current, which is then used to charge the device. This process allows for a convenient and efficient way to charge a device without having to use cumbersome cables or wires.

Conclusion

The 1461791001 coil is a versatile and efficient way to wirelessly charge devices. The coil is used in a variety of applications, such as consumer electronics, electric vehicles, medical implants, and aerospace. It uses the principle of inductive coupling to transmit power from a power source to the device being charged. This process eliminates the need for wires and cables, allowing for more efficient charging.

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