TVHS-2.5-302

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Common Mode Chokes (CMC) are specialized electromechanical components that are used to suppress common mode noise in electric equipment. The term “common mode” is used to describe neutral currents, which travel through two conductors in opposite directions, in circuits using complex three-phase systems. A CMC works by routing the undesirable electrical current through its core in such a way that it neither reaches nor affects the rest of the electric system.

The TVHS-2.5-302 is a two-dimensional common mode choke used to suppress common-mode power line noise, especially in applications that are located near large loads such as motors. It is designed to have an impedance that is high (2,500 ohms) from 50 to 400 Hertz, and low (less than 5 ohms) from 400 to 30,000 hertz. It features a wide bandwidth, low insertion loss, and high power handling (52 watts).

The TVHS-2.5-302 works by providing common-mode telephone line noise suppression. It has two windings that are wound on a ferrite core with opposite polarity, which creates two paths for the noise current to flow through. The resultant magnetic fields then cancel each other out, eliminating the noise.

The choke can be mounted to a panel or board using common mounting hardware, or it can be inserted into a shielded enclosure. It is designed to operate in an environment with temperatures of up to +85°C. It is also designed to be highly resistant to thermal and mechanical shock, vibration, and humidity.

The TVHS-2.5-302 is an ideal solution for applications where common mode noise reduction is needed. It is suitable for such applications as motor controls, remote control systems, and communication systems. It is a cost-effective and efficient way to reduce common mode noise, offering high performance in a compact package.

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