CDH53-820JC

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Fixed inductors are widely used in various kinds of consumer, commercial, and industrial applications. The CDH53-820JC is one such fixed inductor that has been designed for use in applications involving signal and power amplification, AC line filters, ripple filters, high-frequency switching power supplies, and other electronic circuits. This product offers excellent performance characteristics for electrical components and is suitable for making automatic assembly or manufacturing processes.

The CDH53-820JC fixed inductor consists of an inductor core, an inductance wire, a base, a varistor, and an insulating coating. The core of this device is a high-permeability alloy material, which has good stability and low magnetic interference. It also provides excellent magnetic flux density and inductance value. The wire is constructed of a high-grade, non-metallic, RohS compliant material that adds to the durability and reliability of the unit.

The CDH53-820JC fixed inductor uses a varistor to protect the circuit from overvoltage. The varistor is a resistive device that ensures that the inductor does not exceed its rated current and power. The insulated coating on the outside provides protection from electrical shock and mechanical abuse.

The working principle of the CDH53-820JC fixed inductor is based on Faraday\'s law of induction. This law states that an electric current produces a magnetic field, which will induce a voltage in any nearby conductor. When the electric current flows through the inductor core, a magnetic field is produced. The induced voltage will then appear across the inductor\'s terminals, due to the magnetic field\'s interaction with the resulting inductance.

The CDH53-820JC fixed inductor can be used in various applications, especially those involving signal and power amplification. It has excellent performance characteristics and is suitable for making automatic assembly or manufacturing processes. Its low inductance value, high electrical insulation, and low magnetic interference make it a great choice for electronic circuits. This makes it perfect for AC line filters, ripple filters, and high-frequency switching power supplies.

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