CM6460R-755

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Common Mode Chokes

Common Mode Chokes (CMC) are passive components used to reduce common-mode noise in electronic systems. CMCs are effective at rejecting differential-mode interference, while providing some level of signal and power transmission at low frequencies. The CM6460R-755 is a type of CMC designed to fit a variety of applications, and works by providing a very high impedance path for common-mode radio frequency noise signals.

CMCs are used in a wide variety of electronic circuits, such as Ethernet networks, USB converters, and PWM Motor Controllers. The CM6460R-755 is designed to reject common-mode noise for low-frequency applications. The device is a two-wire based CMC, with one isolated terminal and one common terminal. The CM6460R-755 has a very high common-mode impedance of over 200KOhms, ensuring a significant level of noise rejection.

The CM6460R-755 can be used in a variety of applications. Its high common-mode impedance makes it ideal for Ethernet and USB applications, allowing it to reject any common-mode noise from interfering with data transmission. Additionally, it can be used to reduce noise in PWM Motor Controllers. In such systems, the CM6460R-755 helps to reduce the level of noise that can affect the performance of motor controllers. Furthermore, the device can also help reduce noise in automotive, industrial, and consumer applications.

The working principle of the CM6460R-755 is based on the principle of inductive reactance. This type of reactance depends on the frequency of the current passing through the device. At frequencies within its working range, the inductive reactance of the CMC creates an impedance that is very high relative to the common-mode impedance of other components in the circuit, effectively blocking noise. Furthermore, the inductive reactance also affects the differential-mode impedance of the CMC, allowing it to provide some level of signal and power transmission.

In conclusion, the CM6460R-755 is a two-wire Common Mode Choke designed to provide high common-mode noise rejection for low-frequency applications. The device has a very high common-mode impedance of over 200KOhms, making it suitable for Ethernet, USB, and PWM Motor Controller applications. The CM6460R-755 functions by using the principle of inductive reactance to create an impedance that is much higher than that of other components in the circuit, effectively rejecting noise signals. The device can also provide some level of signal and power transmission.

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