5022-302J

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Fixed inductors are components designed to create a constant inductance in electrical circuits. They are built into a range of designs from axial to radial, and have a range of properties that can be used in a variety of applications. The 5022-302J fixed inductor is a specialised component used in medium and high frequency transformer applications. In this article we will discuss the application field and working principle of 5022-302J fixed inductors.

The 5022-302J is a series of medium and high frequency fixed inductors. The size of this component is 22.5mm x 12.7mm and it has a 2.54mm pitch (distance between the centre of each pin). It has an inductance range of 2.2uH to 100uH and has a rated current of up to 6.1A with a frequency range of 0 to 800MHz. This is a specially designed custom inductor for use in transformer applications.

The 5022-302J has a number of features that make it suitable for medium and high frequency transformer applications. For one, it has a low resistance of 0.002R, which ensures minimal power loss and low temperature rise. Secondly, its high frequency range of 0 to 800MHz means that it is suitable for higher frequency applications. Additionally, the inductance range of 2.2uH to 100uH is ideal for signal transformation, and it can provide improved efficiency and productivity in transformer applications.

In order to understand the working principle of the 5022-302J fixed inductor, it is important to understand the principles of magnetic fields and inductance. A magnetic field is created in a coil when current passes through it, and this field creates a certain amount of inductance. Inductance is then measured in units of Henries (H). Inductors work by storing energy in the form of magnetic field and releasing it when the current is no longer present.

The 5022-302J is a type of fixed inductor, which means that its inductance value remains constant. It has a single layer of winding and a magnetic core made of high permeability magnetic materials, such as Permalloy or ferrite. This allows the inductor to maintain a high inductance even at high frequencies. The higher permeability material also helps to reduce the amount of eddy current losses, which can reduce power efficiency and cause temperature rise.

The 5022-302J is suitable for a range of applications, such as power supply, communication devices, telecommunication systems, GPS antennas, satellite TVs, and medical equipment. For example, the 5022-302J may be used in power supply circuits to regulate the voltage and reduce power loss. In communication devices, the inductor can be used to transform signals and reduce signal loss. In telecommunication systems, it can help to ensure minimum signal distortion.

In summary, the 5022-302J fixed inductor is an ideal component for medium and high frequency transformer applications. It has a range of features, including a low resistance, high frequency range, and inductance range, which make it suitable for signal transformation. The 5022-302J has a single layer of winding and a magnetic core made of high permeability magnetic materials, which increases its inductance even at high frequencies and reduces eddy current losses. The 5022-302J is suitable for a range of applications, such as power supply, communication devices, telecommunication systems, and more.

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