SDR2207-5R6ML Inductors, Coils, Chokes

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Fixed inductors are components that store electrical energy in the form of a magnetic field in an insulated material or helical conductor. They are commonly used to couple signals between circuits, filter out various frequencies and act as reactive components. SDR2207-5R6ML is an example of high-power fixed inductors..

The SDR2207-5R6ML is a high-power distributed gap inductor. It has a maximum operating temperature of 125°C and a maximum operating frequency of 150MHz. It is designed with a high temperature resistance to enable it to function in extreme environments. It also has excellent thermal resistance and noise immunity. The SDR2207-5R6ML is made of a magnetic core, conductive pins, and a ferrite material.

The core of the SDR2207-5R6ML consists of two pairs of magnetic segments, each pair formed by four stacked pieces. This design allows for improved inductance, particularly when working at high frequencies. The conductive pins are made of a mixture of Cu and Ni, which gives them superior electrical conductivity. The ferrite material is composed of a mix of iron, nickel, and zinc. This combination makes the ferrite material more stable and resistant to temperature fluctuations.

The main application field of SDR2207-5R6ML is power supplies and high-frequency circuits. It has the ability to withstand large amounts of current, while also providing high-current isolation and good EMC performance. It is also used in inductive-filtering and switching applications. SDR2207-5R6ML is a widely used component for many electronic products.

The working principle of SDR2207-5R6ML is similar to that of regular fixed inductors. It relies on Faraday’s Law of Induction, which tells us that when a current passes through a conductor, a magnetic field is created around the conductor. When the flow of current is changed, the magnetic field will also be affected, and this change in magnetic field will induce a current in the conductor. This is how an induced current is generated in the SDR2207-5R6ML.

As the current passes through the SDR2207-5R6ML, an electromagnetic field is created. This field affects the magnetic core, making it difficult for the current to pass through. The inductive property of the SDR2207-5R6ML works to reduce the current, while at the same time increasing the voltage. This is how the SDR2207-5R6ML can be used as a high-power inductor.

In conclusion, the SDR2207-5R6ML is a high-power fixed inductor designed for use in power supplies and high-frequency circuits. It is composed of a magnetic core, conductive pins, and a ferrite material, and works on the principles of Faraday’s Law of Induction. The SDR2207-5R6ML is a widely used component for many electronic products, and its main application field is power supplies and high-frequency circuits. It can also be used in inductive-filtering and switching applications.

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