PLH10AN1112R6P2B

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Common Mode Chokes can be used in a variety of applications for a variety of purposes, and the PLH10AN1112R6P2B is no exception. In this article, we\'ll take a look at the application field and working principles of the PLH10AN1112R6P2B.

The PLH10AN1112R6P2B is a common mode choke designed to provide high-frequency noise suppression in switching power supply, UPS, ballast, lighting, industrial control, and other applications. It is made with a solid-polypropylene core, and is designed to reduce high-frequency electromagnetic interference and protect sensitive electronic components from damage.

The PLH10AN1112R6P2B is a multiple-produced electrical component, which allows it to be used universally in applications that require a common mode choke. It has a dielectric strength above 4KV, and its primary windings have a maximum current of 17A. The PLH10AN1112R6P2B also features a high-inductance coefficient, which enables it to effectively suppress interference over a wide range of frequencies.

The working principle of a common mode choke is relatively simple. It works by introducing a magnetic field that prevents high-frequency signals from travelling across the choke. This prevents them from interfering with other electronic devices that may be nearby. The choke also works by filtering out any incoming signals, thus reducing their amplitude and eliminating any interference.

Furthermore, the PLH10AN1112R6P2B is able to withstand temperatures higher than 150 degrees celsius, and is highly resistant to moisture and corrosion. It is also highly resistant to mechanical shocks, making it suitable for applications in industrial settings. Its small profile helps it stay compact during operation, allowing it to fit into tighter spaces and reduce the overall footprint of the application.

All in all, the PLH10AN1112R6P2B is an excellent choice for those looking for a reliable and effective common mode choke. Its wide application field, coupled with its robust design, make it a worthwhile investment for any project.

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