RD7127-16-5M7

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Common Mode Chokes (CMCs) are devices that impede the current along a common-mode RF signal path while allowing differential-mode signals to pass unhindered. CMCs are commonly used in communication applications involving a differential mode signal that also has a common-mode component that needs to be filtered out. The RD7127-16-5M7 is an example of a CMC.

The RD7127-16-5M7 is a type of CMC known as a "Common Mode Fishbone". It features a wide range of specifications, including a maximum working frequency of 5MHz, rated current of 1.6A, and rated inductance of 7.7uH. This CMC is suitable for use in various applications, such as radiotelecommunication, communication, computer, data transmission, and instrumentation devices.

The working principle of the RD7127-16-5M7 is simple. The core of the device comprises two sets of windings wound in opposite directions andmagnetically coupled. These windings provide a wide bandwidth with a linear impedance characteristic in the frequency range from 30MHz to 5MHz. This device provides high common-mode noise suppression by creating a high impedance in the common-mode current path and thus blocking the common-mode current from leaking out to the ground.

The RD7127-16-5M7 is also designed to be highly reliable and robust. It has an effective shielding structure which reduces the leakage inductance to a minimum. This ensures that the currents are confined within the bond wires and the body of the CMC. The device also has a high temperature stability which makes it suitable for harsh environment applications. Additionally, it is also resistant to mechanical shock and vibration.

In conclusion, the RD7127-16-5M7 is a type of CMC designed for applications that require a wide frequency range, high rate current, and high common-mode noise suppression. It features a reliable shielding structure and high temperature stability, making it suitable for harsh environment applications.

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