TF6035T-102Y20R0-01

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Common Mode Chokes (CMCs) are electrical devices designed to reduce conducted electromagnetic interference (EMI). They are one of the most commonly used EMI filters and are used in a variety of applications. One such application is the TF6035T-102Y20R0-01 CMC. This article will discuss the application field and working principle of the TF6035T-102Y20R0-01.

The TF6035T-102Y20R0-01 is a high-performance differential-mode filter with a common-mode choke. It is primarily used in Ethernet systems for EMI/RFI filtering. The filter is designed to eliminate differential-mode noise from the network and also reduce common-mode noise. The filter consists of a negative temperature coefficient (NTC) resistor, common-mode inductor and a differential-mode capacitor. The differential-mode capacitor is used for differential-mode noise suppression, while the common-mode inductor is used for common-mode noise suppression. The NTC resistor provides temperature compensation.

The working principle of the TF6035T-102Y20R0-01 is based on the physical relationship between current (I) and voltage (V). The current flowing through the filter is directly proportional to the voltage across the filter. When the voltage is increased, the current is also increased. The filter works by suppressing the higher frequency signals, thereby reducing the noise. The differential-mode capacitor prevents the higher frequency signals from passing through the filter. The common-mode inductor prevents the common-mode noise from passing through. Additionally, the NTC resistor keeps the inductance from changing too drastically over a wide temperature range.

The TF6035T-102Y20R0-01 is primarily used in Ethernet systems for EMI/RFI filtering, as mentioned earlier. It can also be used in power systems, communications, and industrial applications. It is designed to meet the tight attenuation requirements of differential and common-mode noise. The filter also provides a high breakdown voltage and surge protection.

The TF6035T-102Y20R0-01 is an excellent choice for EMI/RFI filtering. Its working principle is based on the relationship between current and voltage. The filter uses a combination of differential-mode capacitors, common-mode inductors, and NTC resistors to reduce differential-mode and common-mode noise. It is primarily used in Ethernet systems, but can also be used in power systems, communications, and industrial applications. The filter provides a high breakdown voltage and surge protection, making it an ideal choice for these applications.

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