CDH53-470KC

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Fixed inductors refer to passive components that store electrical energy in the form of magnetic field energy through coils or other structures. Fixed inductors are widely used in switched-mode power supplies, electronic filters, oscillating circuits, and other types of analog and digital circuits.One example of a fixed inductor is the CDH53-470KC. This inductor features high insulation resistance, low DCR, and excellent air gap characteristics. It is a great choice for applications requiring low noise operation, such as switching power supplies, circuit boards, and other types of electronic circuits.

Application Field

The CDH53-470KC is primarily used to reduce noise in switch-mode power supplies. The inductor features a high current rating, low DCR, and fast transient response, which makes it an ideal choice for high-performance designs. It is also suitable for noise reduction in audio and video circuits, along with other analog and digital circuits.

Working Principle

An inductor works by storing energy in a magnetic field generated by electric current that passes through it. This magnetic field resists a change in current. This resistance is referred to as inductance. When used in a switched-mode power supply circuit, the CDH53-470KC will absorb the energy that is released during switching and convert it to a lower voltage, which will help to reduce overall noise.

The working principle behind the CDH53-470KC is based on Faraday’s law which states that a change in the magnetic field leads to an induced emf. The CDH53-470KC utilizes this law in order to convert higher voltage energy to a lower voltage that can be used in switch-mode power supplies. Its high current rating, low DCR, and excellent air gap characteristics makes it a great choice for high-performance designs.

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