CDRH6D38-560NC

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Fixed Inductors

A fixed inductor is an electronic component or device specifically designed to permit or aid the flow of alternating current or pulsed electrical signals. It is typically used for storage or filtering, and is most commonly found in radio, the Internet, and mobile communications technology. This article explains the application field and working principle of the CDRH6D38-560NC.

Application Field of CDRH6D38-560NC

The CDRH6D38-560NC is a reliable and cost-effective fixed inductor. These inductors are used widely in various important applications including power conversion, motor drive, signal transmission, and power supply devices. Due to its high reliability and precision, it is often chosen for use in laser and medical device applications. Additionally, it is also widely used in consumer electronics like electric toothbrushes and hand mixers.

Working Principle of CDRH6D38-560NC

The CDRH6D38-560NC is a winding type fixed inductor which works by storing electrical energy when an alternating current or pulsed electrical signal passes through it. This stored energy is then released back to the circuit as the signal changes direction. Due to its ability to store and release energy, this inductor is ideal for applications such as filters, power supplies, and current and voltage controllers.

The CDRH6D38-560NC inductor is constructed using an enamel-coated wire with an iron core. This core is placed in a plastic housing that is shaped to reduce any magnetic interference. The enamel-coated winding is suspended in the housing and the core is arranged in a specific configuration in order to achieve maximum inductance.

This inductor has several advantages when compared to other types of inductors. It has a low profile and is much smaller in size, which makes it easier to install in tight spaces. Additionally, it has a high current carrying capacity, making it suitable for higher power applications. It also has a higher resistance to EMI (electromagnetic interference) which prevents interference with other electronic devices. Finally, it is also very economical and has excellent working temperature range.

Conclusion

The CDRH6D38-560NC is a great choice for a wide range of applications due to its reliability, high current capacity, and excellent temperature range. It works by storing electrical energy when an alternating current or pulsed electrical signal passes through it and then releasing it back to the circuit as the signal changes direction. This makes it ideal for use in filters, power supplies, and current and voltage controllers. It is also very economical and has low installation requirements.

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