TCE0806S-120-2P

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Common Mode Chokes (CMC) provide extremely effective filtering of both differential currents, as well as common mode currents. The TCE0806S-120-2P Common Mode Choke is designed to filter out common mode noise from high-frequency applications. It is ideal for applications that require frequency-dependent, current-mode, switching power supplies, as well as optimal performance in high-frequency applications with strong common mode current.

The TCE0806S-120-2P Common Mode Choke covers a wide frequency range, from 0 Hz to 120 MHz. It has the ability to filter out common mode noise up to 40 dB. It is constructed with two parallel-connected winding coils, and two shielding layers to provide maximum filtering capabilities. The choking coils are manufactured using high-quality copper wire, with a copper plated core that prevents corrosion and maintains a high level of conductivity.

The working principle of the TCE0806S-120-2P Common Mode Choke is based on the concept of current flow. Common mode current is generated in two directions, and is applied to each winding accordingly. These two winding circuits form an effective filter, which prevents common mode current from flowing through the system. As common mode current passes through the choke, it is densified and attenuated, resulting in a reduction of common mode noise.

The TCE0806S-120-2P Common Mode Choke has a wide variety of applications, such as in medical equipment, industrial electronics, power systems, telecommunications, automotive electronics, and consumer electronics. It is used to reduce the noise generated in switching power supplies, such as high-grade circuit boards, LED lighting, and other high-frequency applications. It is also used in communication systems to reduce line noise, and to control the radiation of high-frequency signals.

In general, the TCE0806S-120-2P Common Mode Choke is an effective and reliable component for filtering out common mode noise in high-frequency applications. Its dual winding coils can be connected in either series or parallel connection, providing additional flexibility and control over the amount of noise reduction needed. It provides a high level of durability and is resistant to mechanical or environmental damage. This makes it an ideal choice for applications that need strong EMI filtering, while providing reliable and long-term performance.

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