LBC2016T470K

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Fixed Inductors

The LBC2016T470K is a type of fixed inductor, which is an electrical component used in electronics circuits to facilitate the flow of electrical current. The purpose of this device is to store energy in the form of a magnetic field, and then to allow it to be released in a controllable manner. Fixed inductors are most commonly used in electrical circuits where energy is required at specific times and at specific levels.

What is a Fixed Inductor?

Fixed inductors are electronic components that store energy as a magnetic field and then release it on demand. An inductor is made up of a wire wrapped around a core that can be made of metal, magnetic substances or even air. When an electrical current passes through the core, a magnetic field is created and stored. This magnetic field then stores kinetic energy that can be used in the electrical circuit.

Application Field of LBC2016T470K

The most common application for the LBC2016T470K is in power supplies, switching power supplies, AC/DC converters, motor control, switching regulators and other power conversion applications where the inductors need to remain static. This type of inductor is also widely used in power supplies, high voltage applications, LED lighting and the aerospace industry. It is often used in power supplies where both low voltage and high voltage applications are necessary.

Working Principle and Characteristics

The LBC2016T470K is a high current fixed inductor that is designed to be relatively compact in size and offer high performance. The inductor is constructed with high-quality BME, which helps to reduce noise. It is RoHS compliant and features an inductance range of 470 uH. Its operating temperature range is -40°C to +125°C.

It also offers a high saturation current of 6.7 amps and low DC resistance of 0.07 ohms. The dimensions of the inductor are 24 mm x 16 mm x 11 mm, and it is usually sold in bulk with an individual lead weight of 0.2 grams.

The working principle of the LBC2016T470K is quite simple. It consists of a coil of wire made from an electrically conductive material, which is wound in a circular shape and connected to a circuit. When an electric current is passed through the coil, it creates a magnetic flux that can be used to store energy.

The inductance value is then determined by the number of turns in the coil, its length, and the diameter of the wire. When a current passes through the coil, this stored energy is released and used in the circuits. This stored energy can be used to reduce the levels of interference that can be created by high frequency electrical signals.

Conclusion

The LBC2016T470K is an ideal solution for various applications due to its performance, size and durability. The device can be used to provide optimized and reliable performance with minimal noise. Its features and characteristics make it suitable for a wide range of applications like power supplies, LED lighting, and the aerospace industry. Furthermore, the working principle of the LBC2016T470K is simple and reliable.

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