SU9H-R10008

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Common Mode Chokes are components used in both analog and digital applications to suppress conducted EMI emitted by power and data cables. Common Mode Chokes work by suppressing the emission of unwanted EMI, thereby improving immunity to interference from external sources such as lightning and RF radiation. The SU9H-R10008 is a high-performance, precision Common Mode Choke with a wide range of applications. This device is designed to suppress differential-mode noises caused by power or data cables.

SU9H-R10008 Application Field

The SU9H-R10008 is suitable for a variety of applications, including noise reduction in power and data cables used in computer systems, medical equipment, consumer electronics devices, automotive systems, and other environments where a high level of conducted EMI suppression is essential. The device is also suitable for applications where low leakage current and high common-mode rejection are desired.

SU9H-R10008 Working Principle

Common Mode Chokes work by suppressing the emission of unwanted EMI. This is accomplished by inducing a large impedance in the common-mode current path. The increased impedance creates an attenuation effect on the common-mode noise, which reduces the overall EMI emissions. In the case of the SU9H-R10008, the device is designed to be highly effective for differential-mode noise suppression. The device employs a combination of ferrite core materials and air gapped windings which allow the device to achieve a high common-mode impedance in order to effectively reduce noise.

The device can also be used to reduce both differential-mode and common-mode noise emissions. In this case, the device employs a combination of ferrite core materials and air gapped windings that counteract the effect of the differential-mode noise. In addition, the device also employs shields which provide additional EMI protection.

To ensure reliable operation, the device also has built-in surge protection and has been designed to withstand extreme temperature and voltage variations. The device is also designed to be highly accurate and reliable, making it suitable for a wide range of applications.

Conclusion

The SU9H-R10008 is a high-performance, precision Common Mode Choke with a wide range of applications. The device is designed to suppress differential-mode noises caused by power or data cables, providing reliable, high-quality noise reduction in a variety of applications. The device also employs a combination of ferrite core materials and air gapped windings which allow the device to achieve a high common-mode impedance in order to effectively reduce noise. In addition, the device also has built-in surge protection and has been designed to withstand extreme temperature and voltage variations. This makes the device an attractive choice for a wide range of applications requiring reliable noise suppression.

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