FPV1006-150-R Inductors, Coils, Chokes

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Inductors are essential components in the circuits of electronic and electrical equipment and are used to store and release energy. Fixed inductors are embedded components with a predetermined number of loops that cannot be adjusted. The FPV1006-150-R is one such fixed inductor. This article explains the properties of this fixed inductor, its various applications and its working principle to provide a better understanding of this component.

Properties of FPV1006-150-R

The FPV1006-150-R is a component made of copper that has a 1006 size with a chip inductance of 150 μΩ. It also has a dielectric withstanding voltage of 500V ±10% and a rated current of 106mAT. The maximum allowable DC current and frequency are 450mA and 10MHz, respectively. To facilitate efficient operation, the power loss of the inductor is to be kept below 20mW.

Applications

The FPV1006-150-R is suitable for applications such as radios, microphones, as well as cell phone and other portable device antennas. As the impedance of the inductor is higher than that of capacitors, it is suitable for discriminating high frequency signals and suppressing signal noise, and can be used in filters. It is also suitable for use in the power supply circuit due to its ability to store energy and smooth out voltage and current surges.

Working Principle

The basic principle is that the inductor is a coil composed of multiple layers of wire wound around a magnetic core. The current passing through the coil generates a magnetic field, and a back EMF (electromotive force) is produced when the magnetic field changes. This back EMF is counteracting the current, and is known as inductive reactance.

When the current flow stops, the magnetic field collapses and the back EMF produces an opposite volt-ampere (V-A) relationship. Because of this phenomenon, the inductor charges the energy stored in the magnetic field into a voltage. This phenomenon is used to maintain the power of oscillating circuits and stabilize high-frequency circuits, and is utilized in various types of AC power supply and circuitry designs.

Conclusion

The FPV1006-150-R is a fixed inductor that is often found in radios, microphones, cell phone and other portable device antennas, filters, and power supply circuits. Its predetermined number of loops cannot be changed, and the inductor works by generating a magnetic field when a current flows through the coil, and releasing the stored energy back into a voltage. This storage and release of energy is essential for power supply components, and understanding the working principle and applications of this inductor is important for electrical and electronic equipment.

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