CDC5D23BNP-330KC

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Fixed inductors are essential components of electrical circuits. The CDC5D23BNP-330KC is a type of fixed inductor that can be used for a variety of applications and is constructed for reliable electromagnetic characteristics. This article provides an overview of the fixed inductor CDC5D23BNP-330KC and its application fields and working principle.

Construction

The inductor CDC5D23BNP-330KC is a toroidal coil with a cylindrical ferrite core. The coil is a six layer molded construction which features a ferrite core and an outer metal shield. This combination of materials provides a high degree of electrical isolation and stability. The core of the coil is protected from dust and moisture by a polyolefin sleeve, providing additional reliability. The inductor has a diameter of 17.5 mm and a height of 12.7 mm.

Application Fields

The CDC5D23BNP-330KC fixed inductor is most commonly used for power supply applications, such as switching power supplies and AC-DC converters. The inductor provides good thermal stability and high performance at frequencies up to 3 MHz. It is also suitable for use in DC-DC converters, cellular base stations, and other applications which require efficient and reliable power delivery.

Working Principle

The working principle of the fixed inductor CDC5D23BNP-330KC is based on the principle of Faraday’s law of induction. According to Faraday\'s law, when the current flowing in a conductor changes, a voltage is induced across the conductor. This voltage is proportional to the rate of change of the current, and the direction of the induced voltage is opposite to the direction of the current change. This induced voltage is used to provide a force which opposes any change in the current, causing the inductor to store energy in its magnetic field. This stored energy is released when the current flowing in the conductor changes, and is used to maintain the current in the circuit.

The inductor also works according to the principle of mutual inductance. Mutual inductance occurs when two or more components are in close proximity and linked by an inductive coil. When a changing current flows through one of the components, a voltage is induced in the coil, and this voltage also causes a current to flow in the other component. As a result, both components can be affected by the changes in the current in the other.

In the inductor CDC5D23BNP-330KC, the core of the coil is composed of ferrite, which increases its magnetic properties. This allows the inductor to store more energy in its magnetic field, which is then released when the current changes. The ferrite core also provides better stability and electrical isolation.

Conclusion

The fixed inductor CDC5D23BNP-330KC is a high performance inductor with a cylindrical ferrite core. This type of inductor can be used in a variety of power supply applications, including switching power supplies and AC-DCconverters. The inductor works according to the principles of Faraday’s law of induction and mutual inductance to store energy in its magnetic field and provide efficient and reliable power delivery. The ferrite core of the inductor increases its magnetic properties and ensures better stability and electrical isolation.

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