TLF24HB6821R2K1

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Common Mode Chokes are useful devices for the elimination of current and voltages carried by a shared conductor. They are used in electrical and electronic circuits to prevent conducted signals from interfering with the surrounding circuit. In this article, we will discuss the application field and working principle of the TLF24HB6821R2K1.

The TLF24HB6821R2K1 is a common mode choke designed for use in high frequency applications. It is a two-stage choke with multiple winding layers to reduce noise and inhibit high frequencies from being passed on the line. This product also features excellent temperature stability and high EMI rejection ratio.

The application of the TLF24HB6821R2K1 is in high-frequency communication systems, such as Ethernet and USB. It can be used to reduce high-frequency noise in these systems, thus preventing interference and data loss. The product is also applicable for filtering EMC noise on power lines and peripherals as well as eliminating common mode interference on the input of signal amplifiers.

The working principle of the TLF24HB6821R2K1 is based on the principle of mutual inductance. When a signal passes through the multiple winding layers of the choke, some of the energy is dissipated. The amount of energy dissipated is proportional to the number of turns in the winding. The more turns in the winding, the greater the attenuation of the signal and the higher the EMI rejection ratio.

The TLF24HB6821R2K1 is designed to operate at high frequencies, up to 2GHz. It is designed to achieve a high EMI rejection ratio of up to 60dB. In addition, it also features a temperature stability of up to -40°C to 100°C, making it suitable for use in a wide variety of applications.

Overall, the TLF24HB6821R2K1 is a high-performance common mode choke designed for use in high-frequency communication systems. Its multiple winding layers and temperature stability ensure excellent noise reduction and EMC performance, making it an ideal choice for applications that require high-quality EMI filtering.

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