SRF1006-302Y

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The SRF1006-302Y is a popular common mode choke in the electronics market due to its small size and reliability. This type of choke is an inductor that is used in electrical circuits to prevent or reduce common mode currents. It is a common device in high-frequency and digital applications, such as consumer electronics, telecommunication systems, and computer related products.

The SRF1006-302Y has a resistor-capacitor (RC) network, which helps to reduce high frequency noise and provide additional isolation from external noise sources. The choke’s small size allows it to fit in tight spaces, which makes it a suitable choice for applications where space is limited. It also has good frequency characteristics and can handle high currents.

The SRF1006-302Y is used in applications where noise is an issue. The choke works by creating a magnetic field, which acts as a barrier to any type of high frequency interference. This helps to protect the circuit from any unwanted noise or crosstalk. The choke also helps to reduce common mode currents that can cause voltage differences between ground and low voltage circuits.

A key feature of the SRF1006-302Y is its common mode suppression rating. This rating describes how effective the choke is at suppressing EMI. The higher the rating, the better the noise suppression. This choke is rated to provide up to 100dB of suppression at 1MHz, making it suitable for many high-frequency applications.

The SRF1006-302Y is designed to operate with a 3.3V DC supply voltage. It has a maximum DC current rating of 3A and a maximum DC voltage of 25V. The maximum peak AC current rating is 2.5A, with a frequency range of up to 1MHz. The choke has an operating temperature range of -40°C to 85°C.

Overall, the SRF1006-302Y is an ideal choice for common mode noise suppression in high-frequency and digital applications. It offers good performance and reliability, and its small size makes it very easy to install and use. This combination of features makes this choke a great choice for electronic circuits that are prone to interference.

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