CM01H900T

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Common Mode Chokes – CM01H900T Application Field and Working Principle

Common mode chokes, or CM chokes, are a type of electronic component that are used to limit or reduce noise being outputted from electronic devices. They do this by blocking high-frequency noise or power spikes while still allowing for the desired low-frequency signals to pass through. This is done by creating an inductive field around the coil, which in turn blocks the unwanted frequencies. CM chokes are used in many applications and are becoming increasingly popular due to their ease of use and cost savings. This article will discuss the CM01H900T application field and its working principle.

The CM01H900T is a high-powered Common mode choke designed for applications which require high performance and top-notch reliability. It is capable of withstanding up to 900 Vrms, making it suitable for even the most demanding applications. Its working principle is based upon the principle of an inductor and its ability to block high-frequency signals or power spikes while allowing desired low-frequency signals to pass through. It is composed of a single-piece, low-resistance winding with a rated inductance of 9 mH, and is internally shielded for maximum noise reduction. It is also epoxy sealed for maximum reliability.

The CM01H900T is commonly used in power supply applications where its inductive noise reduction capabilities come in handy. It can also be used in industrial motor control systems, automotive system peripheral circuits, and as EMI/RFI filters in order to reduce conducted interference. The CM01H900T can withstand temperatures of up to 105°C and still provide reliable performance. Furthermore, due to its low resistance capabilities, it is capable of providing high-power solutions up to 600 watts.

In conclusion, the CM01H900T is an ideal common mode choke for applications which require high-performance and top-notch reliability. It is capable of blocking high-frequency signals or power spikes, while allowing desired low-frequency signals to pass through. It is also highly resistant to temperatures of up to 105°C, making it suitable for even the most extreme applications. Finally, its low resistance capabilities mean that it can provide high-power solutions up to 600 watts.

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