HKQ04023N2S-E

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Fixed Inductors are electrical components that are used to maintain a fixed value of inductance in an electrical circuit. Inductors are commonly used in electronics applications such as filtering, impedance matching, signal conditioning, resonance, and electromagnetic interference protection. The HKQ04023N2S-E Fixed Inductor is a molded SMD inductor which uses a ferrite core material. The inductor has a rated current of 12A and a DCR of 0.18Ω.

The HKQ04023N2S-E Fixed Inductor is a molded SMD inductor with a rated current of 12A and a DCR of 0.18Ω. It can be used in both commercial and industrial applications. The inductor utilizes a ferrite core material for improved saturation performance. It also offers high inductance stability and reliability due to its construction from multiple spools of wire.

The application field of the HKQ04023N2S-E Fixed Inductor is widely varied. It is commonly used in power supplies and converters, communications and networking, lighting, automotive, medical electronics, and other consumer electronics designs. The inductor can be used in applications requiring high power usage, as well as in sensitive applications such as medical equipment. The inductor can also be used to support the correct current flow in power electronic components such as regulators, switching power supplies, and voltage regulators in order to minimize electromagnetic interference and improve performance.

The working principle of the HKQ04023N2S-E Fixed Inductor is very simple. The current entering or passing through the inductor creates a magnetic field which stores energy. The magnitude of the current entering the inductor is dependent on the amount of flux linked with the inductor, and as the current changes, so does the flux linked with the inductor and thus the inductance.

The HKQ04023N2S-E Fixed Inductor is a reliable and cost-effective solution for applications requiring a fixed inductance value. The inductor is designed to handle high currents with low DCR and to provide a high inductance stability and reliability. It can be used in a wide variety of applications, ranging from power supplies and converters to consumer electronics. The working principle of the inductor is simple—as the current flows through or enters the inductor, it creates a magnetic field which stores the energy and alters the inductance of the inductor.

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