TF1713VU-202Y1R0-01

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Common Mode Chokes have a wide range of applications due to their ability to suppress various types of noise, such as electromagnetic interference, electrical noise, and ground loops. Specifically, they are widely used for radio frequency interference (RFI) suppression due to their high performance when compared to other electromagnetic suppression components.

TF1713VU-202Y1R0-01 Application Field and Working Principle

The TF1713VU-202Y1R0-01 Common Mode Choke is a high-quality, multi-layer transformer design. It is designed for use in applications that require RFI suppression and data/signal/noise filtering capabilities. This model is commonly used in a wide range of applications, including communications, video, audio, and automotive applications. It has a rated operating current of 0.8A (max), a rated working temperature of -40°C~+125°C, and an insulation resistance of 1000MΩmin.

The working principle of the TF1713VU-202Y1R0-01 is based on the fact that alternating current, when passing through a coil, creates a magnetic field that changes direction as the current changes direction. This changing magnetic field produces an electric field, which in turn induces a current in any conductors in the immediate vicinity. The choke works by blocking the induced current from reaching the common mode. It also prevents the current from crossing the length of the choke, so that the signal does not interfere with other circuits.

The TF1713VU-202Y1R0-01 is capable of suppressing both electromagnetic and radio-frequency (RF) interference. It also offers excellent filtering to protect sensitive circuits from line noise. The choke is constructed with high-temperature enameled copper wire and ferrite cores, providing excellent noise suppression while still allowing the signal to pass through. This makes it ideal for applications where noise suppression is required without sacrificing signal integrity.

The TF1713VU-202Y1R0-01 is designed to have high performance characteristics in terms of inductance, current carrying capacity, and saturation resistance. It is also designed to have low leakage inductance and low core losses to ensure optimal performance. The choke is constructed with four separate layers of ferrite cores and copper windings, with the ferrite cores providing the core of the inductance and the copper windings providing the winding of the inductance. This design ensures that the current passing through the choke remains constant and noise free. The choke is also designed to be physically durable and resistant to vibration and shock.

The TF1713VU-202Y1R0-01 is an ideal choice for applications that require high-performance noise suppression and data/signal/noise filtering. It offers excellent performance and reliability due to its design and construction. It is an ideal choice for applications that require RFI suppression, such as those found in communications, video, audio, and automotive applications.

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