MDKK3030T100MMV

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A Fixed Inductor, also known as an inductor component, is a passive two-terminal electrical component that stores energy in the form of a magnetic field when electric current flows through it, and is the most common type of inductor used in electronics circuits. The MDKK3030T100MMV Fixed Inductor is a special type of fixed inductor which is an enhanced version of the original inductors, as it offers additional features over its predecessor.

Features and Benefits of the MDKK3030T100MMV Fixed Inductor

• The MDKK3030T100MMV Fixed Inductor has a very low profile at 50.8mmx50.8mm, making it suitable for applications where space is a premium.
• It features a maximum current rating of 100A, and a maximum DCR of 16mOhms. This makes it a very efficient inductor for high-efficiency circuits.
• The inductance range is between 0.1uH and 100uH, allowing for a wide operating range.
• It has a high saturation rating, and is capable of withstanding short term overloads up to 1400A. This makes it a reliable component for applications with high current spikes.
• The MDKK3030T100MMV Fixed Inductor has a thermal impedance of 0.082 K/W, making it a highly effective heat sink for heat management.

Application Fields of the MDKK3030T100MMV Fixed Inductor

The MDKK3030T100MMV Fixed Inductor is ideally suited for use in applications such as energy storage, DC-DC converters, high power audio amplifiers, inverters, switching power supplies, power line transformers, and other high-current circuits.

The low profile and high saturation rating of the MDKK3030T100MMV Fixed Inductor makes it an ideal fit for applications where space is a premium, as it can easily fit into confined spaces. The low DCR and wide inductance range also allows it to be used in a wide variety of applications, as it can be tailored to a specific circuit by simply choosing the appropriate inductance value.

Working Principle of the MDKK3030T100MMV Fixed Inductor

The working principle of the MDKK3030T100MMV Fixed Inductor is based on the law of induction, which states that a changing magnetic field passing through a conductor will induce a current in the conductor. When electric current flows through the inductor, a magnetic field is created which stores energy. This stored energy can then be released when the current stops flowing, which will induce a current in the opposite direction.

Another important aspect of the MDKK3030T100MMV Fixed Inductor is its inductance, which is determined by the amount of magnetic flux linked to the laminations of the inductors. The more flux linked, the higher the inductance will be, and vice versa. The smaller the inductance, the less energy will be stored, and the faster the induced current will decline.

Conclusion

The MDKK3030T100MMV Fixed Inductor is a versatile component which is capable of operating with a wide range of current ratings and inductance values, making it suitable for a variety of circuits. Its low profile and reliable performance also make it an ideal fit for applications which require efficient space management. With its wide range of features and benefits, the MDKK3030T100MMV Fixed Inductor is an ideal solution for high-power electronics projects.

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