TF2528S-502Y3R0-K1

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Common Mode Chokes, also known as Common Mode Filters, are electrical devices used for suppressing undesired signals. The TF2528S-502Y3R0-K1 is a type of Common Mode Choke specifically designed for a wide range of applications. This article will discuss the application field and working principle of this component.

The TF2528S-502Y3R0-K1 works best in applications that require suppression and isolation of differential-mode currents from the common-mode currents. This makes it a great choice for power supplies, lighting systems, motors, and other high-current applications. When compared to its competitors, the TF2528S-502Y3R0-K1 offers a higher impedance, lower overall size, and increased temperature range. It also features an operating temperature range between -40°C to 125°C, a power rating of up to 20A, and an inductance range of 4.7 mH to 100 mH.

The working principle of the TF2528S-502Y3R0-K1 is based on the idea of separating common-mode noise from the differential-mode signals. When power is applied to the Choke, the inductance of the component creates a strong impedance to the common-mode signals. This opposes the flow of current, and the differential-mode signals are allowed to pass through unaffected. In addition, the Choke also acts as a shielding mechanism, providing protection against interference and noise.

The TF2528S-502Y3R0-K1 is designed for mounting on aprinted circuit boards as well as mounting on headers or sockets. It comes in several standard sizes that are suitable for high-power, high-current applications. The Choke is also fully encapsulated for protection against moisture, vibration, pollutants, and mechanical shock.

The TF2528S-502Y3R0-K1 Common Mode Choke is designed to suppress and isolate differential-mode currents from the common-mode currents in a range of power supplies, lighting systems, motors, and other heavy current applications. It offers significant advantages over other Chokes, such as a higher impedance, lower size, and increased temperature range, as well as being easy to mount on a printed circuit board, header, or socket. This makes it an ideal choice for a wide range of applications.

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