2512-223H

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Fixed inductors, also known as chokes, are devices that store energy in electrical form, induced on the winding when the current flowing through the inductor is changed. They are commonly used in power supply applications such as surge suppression, line filtering, and voltage regulation. The 2512-223H is an example of a fixed inductor that is commonly used in these applications.

The 2512-223H is suitable for high-frequency applications, making it usable in applications such as switching power supplies, resonant circuits, and filter circuits. It has a compact size which makes it suitable for use in high-density applications. Additionally, it has an operating temperature of -40 to +125°C and a resistance range of 10 to 180 ohms.

The 2512-223H features low system impedance, making it an ideal choice for low ripple and noise reduction applications. Additionally, its low stray inductance makes it suitable for high frequency ripple reduction. It also features high mounting accuracy for better electromagnetic compatibility.

The exact working principle behind this inductor is a bit technical. In simple terms, the current induced on the winding, when passing through it, causes a power to be generated in the core. This is then stored in the inductor which creates a magnetic field. The power generated is proportional to the amount of current passing through it. The characteristics of the inductor, including its inductance, saturation current, and maximum current, all determine the amount of power stored in the inductor.

The 2512-223H is an example of a single-layer wound inductor that can be used in a variety of applications. It is often used in power supply applications where it provides an efficient and cost-effective way to suppress ripple and noise in the power system. Additionally, it is suitable for use in a variety of circuit designs, from line filters to resonant circuits and voltage regulation.

In summary, the 2512-223H is a fixed inductor that is suitable for a variety of power supply applications, from surge suppression to line filtering and voltage regulation. It has a compact size which makes it suitable for use in high-density applications, and its low system impedance makes it ideal for low noise and ripple reduction. The exact working principle of the inductor involves current being induced on the winding, which causes a power to be generated in the core and stored in the inductor. This inductor is an ideal choice for power supply applications due to its efficient and cost-effective performance.

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