3090R-150M

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Fixed Inductors are a component of electronics used for storing stationary electrical energy, and in turn regulating frequency. The 3090R-150M is a type of Fixed Inductor that provides a cost-effective solution for applications such as consumer, computing, and datacenter power systems. It is designed to deliver a long-term, temperature-stable inductance that remains consistent through EMI stress. Additionally, its construction offers a wide-range of custom features making it ideal for a variety of applications.

The 3090R-150M’s core is a composite air inductor made of an oxidized plastics material, epoxy, and a ferrite-based powder. The inductor is vacuum-sealed to protect against environmental conditions and the package body of the inductor is nickel-plated, making it resistant to corrosion. The device also offers low profile, high energy storage capacity, and low DCR values, thus making it highly efficient.

In terms of application fields, the 3090R-150M is mostly used in consumer devices, computing devices, and data center power systems. The 3090R-150M can also be used in LED lighting applications to regulate the intensity and frequency of the lights. In addition, it is also used in high-end electronics and power conditioning systems.

The 3090R-150M works by inducing an alternating current (AC) in the device. The current is then transformed into a magnetic field, thus creating a uniform field of inductive reactance. The magnetic field enables the device to respond to changes in the AC frequency, thus allowing it to maintain a constant level of inductance. Moreover, because of the shielding generated by the device, it is able to provide an effective amount of self-protection from external and internal interference.

The 3090R-150M is an ideal solution for applications that require a cost-effective, versatile, and reliable inductor with a wide variety of custom features. It offers a long-term, temperature-stable inductance along with an optimized inductor design. Additionally, it is constructed with nickel-plated material, making it resistant to corrosion, and its low DCR values make it highly efficient. Moreover, its ability to maintain a constant level of inductance regardless of AC frequency makes it an ideal choice for a variety of applications.

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