RCH114NP-471KB

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Fixed inductors are electronic components used in a wide variety of electrical and electronic circuits. Their function is to store, restrict, and control the amount of electrical energy during operations in the circuit. The RCH114NP-471KB is an example of a fixed inductor that is often used in many applications.

The RCH114NP-471KB fixed inductor is made with a high-quality construction, providing stable electrical performance. It measures 20mm x 12.7mm x 10.7mm, and can handle a wide range of temperatures, allowing for reliable operation in even the toughest environments. It offers efficient and reliable operation in frequency ranges from 0~10GHz.

The RCH114NP-471KB is capable of handling currents up to 3.2A with a voltage rating of 10V or less. It is a low-power component with an inductance of 570nH. The power dissipation at 20°C is 1.33W, although it can handle up to 4.4W if the temperature is below 85°C.

The RCH114NP-471KB is typically used in applications such as power supplies, RF (radio frequency) circuits, and various other circuits. It is designed to reduce noise caused by electromagnetic interference (EMI) by creating a filter for interference in high-frequency applications. In other applications, it can be used as an amplifier to deliver or store energy within the circuit and assist in the development of resonance. Being a fixed inductor, it is a fixed component, meaning its value is not adjustable.

The working principle of a fixed inductor is quite simple. When electric current passes through the component, it creates a magnetic field around it. This magnetic field then stores the electrical energy and restricts the flow of current through the circuit. When the electrical current is removed, the stored energy dissipates in the form of heat, allowing for a steady, predictable current flow.

In conclusion, the RCH114NP-471KB fixed inductor is an excellent choice for a number of applications, from power supplies and RF circuits to interference filtering for high-frequency applications. Its high-quality construction and reliable operation make it a reliable component for many different systems. Its working principle is straightforward, creating a magnetic field to store the electrical energy and restrict current flow. As a fixed inductor, its value cannot be adjusted, making it a valuable choice for applications requiring predictable currents.

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