BU08RA16

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Common mode chokes are designed to reduce the flow of electrical currents in both directions, ensuring signals or data is transferred effectively without interference. The BU08RA16 is a common mode choke designed for high-speed applications. It keeps the differential mode currents between the differential lines, while limiting the common mode current between each line and ground.

The BU08RA16 is constructed from two identical ferrite cores, each of which measure 8φ X 15.5 mm. Each of the cores consists of two wires wound in opposite directions. These wires form two separate but overlapping windings that cross each other, which results in the induced current flowing in opposite directions, this is referred to as the differential mode current. The arrangement of the BU08RA16 ensures that any common mode current is cancelled out, while the differential mode current is maintained.

The BU08RA16 is designed for high speed transmission, and is suitable for use in a wide range of applications such as USB 3.1 Gen 1 and Gen2, HDMI, and Ethernet. It is also compatible with LVDS and DisplayPort data synchronization interfaces. The BU08RA16 is extremely efficient, with a low core loss of 0.1 dB, and ultra-low winding resistance that minimizes the power consumption of the device.

The BU08RA16 has an impressive frequency range of 1.5MHz to 16MHz, which makes it versatile enough to handle higher data transmission speeds than many other common mode chokes on the market. This frequency range also means that it is capable of providing excellent EMI suppression from 2MHz up to 1GHz. It is a highly effective device for suppressing EMI and is designed to be used in environments with tight space constraints, such as laptops, tablet PCs, and other portable devices.

The BU08RA16 is a powerful and reliable common mode choke. Its efficient design eliminates interference while ensuring high speed transmission of data and signals. It is an effective tool for reducing EMI and provides excellent performance in tight spaces. The versatile frequency range is perfect for faster data transmission speeds, making it an ideal solution for a variety of applications.

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