CLS4D11-6R8NC

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Fixed inductors are components used to generate a predetermined voltage, an electro-magnetic field, and a capacitance. They can be found in a number of applications, ranging from consumer electronics to power conditioning systems. The CLS4D11-6R8NC is a fixed inductor of the ‘pancake\' type, one of the most common fixed inductors available on the market today.

The CLS4D11-6R8NC is composed of a fixed-length copper winding wound around a ferrite core. This wound inductor is then sealed in a plastic housing, which helps to prevent corrosion and to protect the inductor from accidental damage. In addition, the CLS4D11-6R8NC utilizes a shield winding around the ferrite core, which serves to reduce stray magnetic fields and to further protect the inductor from possible damage.

The CLS4D11-6R8NC is available in a variety of ratings, with inductance values ranging from 0.037µH up to 15µH. The inductor is rated for a maximum current of 20A, with a variety of DC resistance ratings from 0.17 to 3.7 watts. The CLS4D11-6R8NC is also rated for operating temperatures up to 125°C.

The CLS4D11-6R8NC is designed for use in numerous power conditioning applications. This includes AC/DC converters, switching regulators, and power inverters, as well as any power line conditioning circuits. The low impedance of the CLS4D11-6R8NC enables it to store large amounts of energy to help maintain steady and smooth power delivery. This helps to reduce electrical noise, preventing the system from becoming unstable. In addition, the CLS4D11-6R8NC can help to reduce system losses, resulting in greater system efficiency.

The working principle of a fixed inductor is based on the concept of inductance. Inductance is the phenomenon that occurs when electric current is passed through a conducting material, and is characterized by the presence of an opposition to changes in current. When a current passes through a wire, an electro-magnetic field is created around the wire, which opposes changes in the current. This opposing force is called inductance. The longer and thinner the coil, the greater its inductance.

In the case of the CLS4D11-6R8NC, the ferrite core acts as a magnetic core, which serves to concentrate the electro-magnetic field. This allows the fixed inductor to generate higher levels of inductance without becoming too large or cumbersome. As the current flows through the inductor, it creates a ‘back-EMF\' or counter-EMF, which helps to regulate the current and maintains a steady voltage level. This allows the inductor to store energy, providing the desired levels of voltage and current.

In summary, the CLS4D11-6R8NC is a type of fixed inductor used in a variety of power conditioning applications. It is composed of a ferrite core and a coiled copper winding, and is available in a variety of ratings. The CLS4D11-6R8NC works by generating an opposing electro-magnetic field, which helps to regulate current and voltage levels, and helps to maintain steady power delivery with low levels of electrical noise and system losses.

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