70F395AI-RC

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Fixed Inductors

Inductors are one of the most popular components used in engineering today. They are used for a variety of purposes, from providing power to a circuit to aiding in the transfer of electromagnetic signals. A fixed inductor is one that does not change in size, value, or shape and is used to maintain a constant inductance. One type of fixed inductor is the 70F395AI-RC.

70F395AI-RC Application Field

The 70F395AI-RC fixed inductor is primarily used in radio-frequency (RF) applications. It enables a more efficient transfer of radio waves, as the radio waves are intercepted by the inductor’s inductance and transmitted to the receiving antenna. It is also useful in maintaining a consistent level of signal given a range of input. It is most commonly used for cellular phones, remote-control (RC) toys, and other wireless products.

70F395AI-RC Working Principle

As an inductor, the 70F395AI-RC works on the basis of Faraday’s Law of Induction. This states that whenever a changing magnetic field is present in a coil of wire, electrical energy is generated. The 70F395AI-RC contains two coils of wire that are placed around a magnetic core. When a radio wave is passed through the coils of wire, a changing magnetic field is created, which induces an electrical current. This electrical current is then transmitted to the receiving antenna.

The 70F395AI-RC also uses a principle known as Self-Induction. This is a type of induction in which the inductor induces a current in itself. This is accomplished with a ring core, which consists of two overlapping coils of wire. When a current passes through the outer coil, it creates a magnetic field in the inner coil, which induces a current in itself. It is this self-induced current that is harnessed by the 70F395AI-RC and then used to transmit the signal using the antenna.

Conclusion

The 70F395AI-RC fixed inductor is a valuable part of any RF application. It has the capability to efficiently transfer radio waves and create a consistent level of signal strength with a range of input. Its use of Faraday’s Law of Induction and Self-Induction ensures that it produces a reliable and consistent output. As such, it is an important part of the RF industry.

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