FP0704-150-R

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Inductors are electrical components used in many industrial and consumer electronic applications, and the Fixed Inductor is one of the most common type. The FP0704-150-R is a fixed inductor designed for high power and high voltage applications, and its use is widely seen in industrial applications.

The FP0704-150-R is designed for use in a wide range of applications, including motor drives, power supplies, switching power supplies, inverters, and other high voltage applications. Its power rating is up to 10 watts, with a voltage range of up to 400 volts. Its low overall profile and small size make it useful for smaller spaces, where an inductor with a larger power and voltage requirement would not fit. Its encapsulated design ensures protection against dust and other environmental contaminants, and its high resistance to EMI allows it to be used in a wide range of environments.

The working principle of the FP0704-150-R inductor is simple: electrical current is passed through the inductor’s core, creating a magnetic field. This magnetic field has an energy of its own, and when a second current is applied, the magnetically-induced energy of the first current is used to generate the second current. This process is known as inductive energy transfer, and is widely used in today’s electronic applications.

The FP0704-150-R fixed inductor is also well-known for its robust construction and design. Its epoxy encapsulation and electroplated tinned surface ensure durability, and its internal design ensures a high degree of resistance to mechanical shock and vibration. Additionally, its high resistance to EMI makes it suitable for use in high noise environments.

In conclusion, the FP0704-150-R is a robust high-power and high-voltage fixed inductor designed for use in a variety of industrial applications. Its small size and encapsulated design make it well-suited for smaller spaces, and its high resistance to EMI ensures its use in a wide range of environments. The working principle of the inductor is based on inductive energy transfer, and its robust construction and design make it suitable for use in high power, high voltage applications.

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