TF2528S-402Y4R0-K1

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Common Mode Chokes

TF2528S-402Y4R0-K1 is one of the common mode chokes. Common mode chokes are a type of electronic components that block high frequency interference signals but allow lower frequency signals to pass through. The TF2528S-402Y4R0-K1 is designed to block signals in the 4-6GHz range, with a frequency response of 1-1000MHz. It also has a low impedance rating of 0.7 ohms at frequencies below 3GHz.

Common mode chokes are used to reduce electromagnetic interference (EMI) and crosstalk between two electronic devices. This type of interference can cause a wide range of problems, from data corruption to complete system failure. By using common mode chokes, high frequency signals are attenuated and the risk of any interference is minimized.

The TF2528S-402Y4R0-K1 is designed specifically to reduce EMI between two devices that are connected in series. This type of connection is often used in consumer electronics devices, such as televisions and radios, as it allows for the transfer of data packets between the two components. The TF2528S-402Y4R0-K1 works by reducing the level of high frequency interference signals that are travelling between the two devices, thus ensuring that only the desired data packets are sent and received accurately.

In addition to the above, the TF2528S-402Y4R0-K1 also has other features that make it a suitable choice for applications where EMI and crosstalk is a concern. It is designed to be used in high temperature applications, has a high rated power of 4 watt, and comes with a high insulation resistance of 5,000V. This makes it suitable for use in almost any application where EMI reduction is required.

Overall, the TF2528S-402Y4R0-K1 is a versatile common mode choke that is designed for use in a wide range of applications. It is designed to reduce EMI and crosstalk between two electronic devices, has a high rated power of 4w, and comes with a high insulation resistance of 5,000V. These features combined make it an ideal choice for applications where EMI reduction is required.

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