P1330R-474H

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Fixed inductors, including the P1330R-474H, are components used in electric circuits that store energy in the form of a magnetic field. They are used to control electric current and voltage by providing a counter electromotive force against applied voltage. This provides an inductor with the functionality necessary for converting electrical energy into a magnetic field, and vice versa.

In the case of the P1330R-474H, its properties make it suitable for a variety of applications, including mobile phones, surveillance cameras, and power supplies. The P1330R-474H is composed of high-quality ferrite cores and Metglas Bobbins, providing a robust inductor with excellent high-frequency characteristics. Its Metglas bobbin is designed to couple magnetic fields between the coils of the inductor, enabling fast transmission and high energy efficiency. Additionally, its high resistance to Coriolis forces and shock ensures a stable performance even in high-vibration environments. The P1330R-474H can also be operated from a wide range of temperatures, from -10 °C to +85 °C.

When it comes to working principles, the P1330R-474H uses inductance to reduce electric signals. Inductance is a property of an electric circuit which causes an induced electromotive force or EMF when the circuit is subject to a change in its electric current. In the case of the P1330R-474H, this induced EMF causes a decrease in the electric current flowing through the inductor, as the voltage across it increases. This allows the inductor to act as a voltage-dependent resistor, allowing the current to be regulated.

In summary, the P1330R-474H is a type of fixed inductor suitable for a range of power supplies, as well as making the most of its high-frequency features. Its working principle is based on inductance, which reduces the amount of electric current flowing through the inductor when the voltage across it increases. This makes the P1330R-474H an effective component when it comes to providing reliable and efficient power control in diverse situations.

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