CDRH3D11HPNP-220NC

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Fixed inductors are a popular form of passive electronics component that provide a wide range of feature and functionalities for a variety of applications. The CDRH3D11HPNP-220NC is one such fixed inductor that can be used in various applications. In this article, we\'ll discuss the application field and working principle of the CDRH3D11HPNP-220NC.

The CDRH3D11HPNP-220NC is a fixed inductor that is primarily used in high-frequency switching power supply circuits and high-frequency signal transmission applications. It is also commonly used in various communication devices such as cellular phones, RFID, telecommunications equipment, Bluetooth, and 4G/5G networks. The CDRH3D11HPNP-220NC is made of ferrite core material which allows for high-frequency switching power supply circuits and high-frequency signal transmissions with extremely low power dissipation. This also enables it to operate at temperatures above 155°C.

Additionally, the CDRH3D11HPNP-220NC has a wide range of features such as high power inductance, high current saturation, and high Q value, which makes it ideal for applications such as high-temperature electronic circuits, DC-DC switching power supplies, pulse power supplies, switching converters, and wireless communications.

In terms of its working principle, the CDRH3D11HPNP-220NC works by generating an electromagnetic field when a current passes through its coil. This generates a magnetic field, which is the basis for the inductance of the coil. The inductance of the coil can be increased by increasing the number of turns of the coil, or by increasing the cross-sectional area of the core material. As the current flowing through the coil increases, more energy is stored in the magnetic field. This stored energy is then released as an electromagnetic field when the current decreases.

The CDRH3D11HPNP-220NC is a versatile fixed inductor that provides a range of feature and functionalities for a variety of applications. It has a wide variety of useful characteristics such as high power inductance, high current saturation, and high Q value, which make it suitable for high-frequency switching power supply circuits and high-frequency signal transmission applications. Additionally, the CDRH3D11HPNP-220NC works by generating an electromagnetic field when a current passes through its coil, which enables it to generate an inductance that can be increased or decreased depending on the current flowing through it.

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