CDRH12D58/ANP-390MC

Fixed Inductors

Fixed inductors are an important component of many electrical circuits, and play a major role in power line protection, filtering, and providing an inductor load. The CDRH12D58/ANP-390MC is one such inductor. It is a flat molded, surface mount type inductor offering a wide range of applications.

CDRH12D58/ANP-390MC Application Field and Working Principle

The CDRH12D58/ANP-390MC is designed for use in a wide range of applications, from power electronics to broadband communications and automotive applications. The intended purpose for the CDRH12D58/ANP-390MC is to provide conducted and radiated electromagnetic interference (EMI) shielding. The device features a ceram-mica and polyamide substrate, providing efficient EMI shielding for a variety of circuits.

The CDRH12D58/ANP-390MC works by trapping interfering signals emitted from various sources, absorbing them, and converting them to harmless energy In the form of heat. This process is called “skin effect” and is the primary principle behind how the device works. The CDRH12D58/ANP-390MC is capable of absorbing signals from multiple sources at once, meaning it is an ideal shield in a variety of applications.

To effectively shield against the sources of EMI, the CDRH12D58/ANP-390MC should be placed on the highest level exposed points of the circuit, where it will most effectively trap the signal. The device should also be shielded using proper shielding material, such as a grounded shield, in order to prevent any interference from entering the protected area. The actual performance of the CDRH12D58/ANP-390MC may depend on the specific environment in which is placed, and on the types and ranges of frequencies that need to be shielded.

Conclusion

The CDRH12D58/ANP-390MC is a high-performance fixed inductor for the purposes of conducted and radiated EMI shielding. It is designed to absorb and trap EMI signals from various sources in order to protect sensitive circuitry and components from damage. The device should be placed in the most exposed area of a circuit, and should be shielded with proper shielding material in order to maximize its effectiveness.