TF2527VU-102Y3R0-01

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Common mode chokes, also known as common mode filters, are components that significantly reduce the amount of noise that enters in and out of electronic components in a circuit. A common mode choke can provide a high degree of noise rejection by sweeping out noise from the power line, allowing for more efficient power transfer. The TF2527VU-102Y3R0-01 is a common mode choke specifically designed to suppress common mode noise in high frequency switching power supplies.

How common mode chokes work can be explained as the following: As the common mode current flows along the power line, the common mode choke produces a strong magnetic field that encloses the current. This magnetic field will then produce a voltage around the choke and act as a filter, as it will resist any current (whether it be common mode or signal) trying to flow through it. Therefore, the noise from the power line can be “swept out” and rejected, eliminating interference issues.

The TF2527VU-102Y3R0-01 has a rated power of 125W, and its construction consists of a pair of toroidal windings, with a core frequency range of 12kHz – 50kHz. It is especially designed to offer good common mode noise suppression characteristics in high frequency switching power supplies. The TF2527VU-102Y3R0-01 is used in various power supply and signal processing applications, such as, switching regulators, DC to DC converters, AC to DC rectifiers, and more.

The quality and performance of the TF2527VU-102Y3R0-01 make it a great choice for EMI/RFI suppression in a variety of applications. Its common mode choke design allows for a high level of noise rejection, making it an ideal solution for noise suppression. The superior filtering performance of the TF2527VU-102Y3R0-01 provides noise protection and immunity from external interference.

In conclusion, the TF2527VU-102Y3R0-01 is a common mode choke specifically designed to suppress common mode noise in high frequency switching power supplies. It is a reliable and cost effective solution for EMI/RFI issues, and provides superior noise rejection and immunity from external interference.

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