2512-122H

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Fixed inductors are basic components used in many electronic devices. The 2512-122H fixed inductor is a type of surface mount chip inductor, and is used to provide AC or DC current to circuits. It is ideally suited for applications in telecommunication, power supply, and automotive industries.

The 2512-122H fixed inductor has a built-in shielded construction with a ceramic core, making it suitable for use in high-noise environment such as Automotive. Its ferrite core provides higher current carrying capacity for DC and AC, while its shielding feature helps to reduce noise. This product is also compliant with many safety standards such as UL, CSA, and RoHS.

The 2512-122H fixed inductor is a low-loss, high-power component which can be used to provide excellent power flow and low power losses. It offers excellent high-frequency characteristics, and provides a wide operating temperature range up to 125°C. Its surface mount package minimizes parasitic inductance, making it suitable for high-density applications where space availability is critical. The 2512-122H is suitable for use in applications such as telecommunications, switching power supplies, and portable electronics, as well as for automotive, defense, and industrial applications.

The working principle of the 2512-122H fixed inductor is simple. It consists of two terminals, an input and an output. When an AC or DC current is applied to the input terminal, it induces a magnetic field in the winding that surrounds the core. This induces a voltage in the winding which then flows through the output terminal, thus producing an entic field. This entic field can be used to provide power to other components in the circuit, such as capacitors.

In summary, the 2512-122H fixed inductor is a high-power component which can be used to provide excellent power flow and low power losses in many AC and DC applications. It has a shielded construction with a ceramic core and low-loss characteristics, making it suitable for use in high-noise environments. Its high-frequency characteristics and wide operating temperature range make it suitable for use in applications such as telecommunications, switching power supplies, and portable electronics, as well as for automotive, defense, and industrial applications.

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