CIG22E1R5MNE

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Fixed inductors, also known as inductor components, are devices that store energy in the form of a magnetic field. This type of inductor is used in a wide variety of electrical applications ranging from AC and DC power supplies to filter capacitors and power regulators. The CIG22E1R5MNE is a fixed inductor that is primarily used in power supply applications.

The CIG22E1R5MNE is a surface-mounted, fixed inductor with a copper-nickel alloy core. It has a low-profile design, making it compact and suitable for applications in tight spaces. The inductor has an inductance range of 47-560nH, a resistance range of 0.02-1.9 ohms, and a current rating of 0.38-4.2A. These characteristics make this type of inductor well-suited for applications where high power, low noise, and low-profile designs are desired.

The working principle of the CIG22E1R5MNE is based on the magnetic field generated when electrical current passes through a loop of wire. This magnetic field can be used to store and release energy, which can then be used to power devices such as motors or to act as a filter for electrical signals. By wrapping the wire in a coil, the number of turns increases, which causes the magnetic field to become stronger, and this produces a higher voltage output.

In applications where the CIG22E1R5MNE is used, it is typically connected to other components including capacitors and resistors. These components can be used to control the frequency of vibration of the inductor and to control the output of current. The inductance of the inductor is also adjustable, allowing it to be tuned to specific frequencies and power levels. This makes the CIG22E1R5MNE a versatile component that can be used in a wide range of applications.

The CIG22E1R5MNE fixed inductor is a unique component that can be used to store and release energy, and to filter signals and power supplies. It is a low-profile component that is suitable for use in tight spaces, and its adjustable characteristics allow it to be tuned to specific frequencies and power levels. The inductor is well-suited for applications requiring high power, low noise, and small size, and its wide range of uses make it a popular choice for many projects.

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