4426R-5RC

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Fixed inductors are electrical components that are designed to store a certain amount of energy. 4426R-5RC is one such example. It is specifically designed for stability, temperature, and voltage performance to meet the most stringent requirements for industrial, medical, and transportation applications. It provides superior high-frequency performance, a low DC resistance for reducing insertion loss, and minimal self-resonance.

The 4426R-5RC inductor features a flat top package that can fit into small spaces and can be easily soldered. It has a hollow core which makes it light weight and more resistant to shock and vibration than comparable solid core inductors. The 4426R-5RC also features an encapsulated coil for additional protection against the environment and to protect the components from damage.

The working principle of the 4426R-5RC inductor involves the idea of storing electrical energy in a magnetic field. This is done by passing a current through a coil of conducting material, known as the inductor. When current passes through the inductor, it creates a magnetic field around it. This magnetic field stores energy, and when the current is removed, the stored energy is released back into the coil. This is known as the self-induction of the inductor.

The 4426R-5RC inductor’s flat top package provides improved thermal heat dissipation, which enhances its stability and performance when operating in high-frequency environments. The hollow core design means that it can be easily soldered and is also lighter in weight than other inductors. It also has a minimal self-resonance and ultra-low DC resistance, which ensures that insertion loss is kept to a minimum.

The 4426R-5RC fixed inductor is well-suited for a wide range of industrial, medical, and transportation applications. Its flat top package provides superior high-frequency performance and a low DC resistance for reducing insertion loss. Its minimal self-resonance and low weight make it ideal for high-frequency environments and applications where space is limited. Its hollow core gives it improved thermal heat dissipation and durability, making it an ideal choice for demanding applications.

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