TLF9UBH302WK1

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Common Mode Chokes are components which are used in high frequency applications. They are used to suppress both differential and common mode electromagnetic interference (EMI) on power, data or signal lines. TLF9UBH302WK1 Common Mode Choke is one type of such components. The application field and working principle of this component is discussed in the following sections in detail.

Application field

TLF9UBH302WK1 Common Mode Choke can be used in various applications like power line vibration suppression, signal line and data line EMI suppression, and power line surge suppression, etc. It can also be used in high-speed communication systems, such as digital broadband networks, digital cellular networks, etc. Moreover, this component is ideal for use in electronic equipment, such as medical equipment and measuring instruments. Furthermore, its applications are not limited to the mentioned fields. Common Mode Choke of this type can also find usage in other fields, such as anti-interference of audio signal, motor noise suppression, etc.

Working principle

TLF9UBH302WK1 Common Mode Choke works on the principle of electromagnetic induction. When any kind of alternating current passes through its coil, it will generate a magnetic field. This in turn will induce a voltage in the coil. This induced voltage is inversely proportional to the frequency of the alternating current that is passing through the coil. The generated induced voltage has a phase shift of 180° in respect to the passing alternating current. This is why Common Mode Choke is able to suppress differential and common mode EMI. The high breakdown voltage of this component ensures optimum functioning performance. The high connecting capacity and strong impedance can effectively suppress EMI.

In conclusion, TLF9UBH302WK1 Common Mode Choke is a component that can be used in various applications that require suppressing EMI. It works on the principle of electromagnetic induction, where an induced voltage is generated in the coil which is inversely proportional to the passing alternating current. The high breakdown voltage of this component ensures optimum functioning performance.

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