TLF14CBH2721R1

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TLF14CBH2721R1 is a common mode choke. It is designed to filter out common mode noise and reduce EMI interference in radio frequency and converter power applications. The choke is optimized for high frequency performance, low DC resistance, low loss and low leakage inductance, and is available in various footprints and power ratings to accommodate different system requirements.

Common mode chokes are used in electronic circuits to block or reduce the movement of AC and DC currents. Whenever the two components run into each other, the result is common mode noise. Common mode chokes are designed to eliminate this type of noise in order to improve the overall performance of the circuit. Common mode chokes also have the ability to act as antennae, providing shielding by blocking out unwanted signals.

The TLF14CBH2721R1 is composed of three ceramic cores that each contain two windings. The windings are wound around an air gap which provides a high impedance to AC signals and low impedance to DC current. This allows the core of the choke to filter out AC noise, while still providing a low DC path for the current. The windings are designed to provide an inductance of 10 nanohenries when used with a frequency of around 1MHz.

The TLF14CBH2721R1 is designed to provide good signal integrity in radio frequency and converter power applications, while eliminating common mode noise. It works by introducing an inductive load into the circuit which limits the amount of current that can pass through an individual wire at a given time. Because of this, it helps to decrease the amount of EMI interference in the system. Also, because of its small case size, it is ideal for use in applications where space is limited.

The TLF14CBH2721R1 is a high-performance common-mode choke that is reliable, robust, and easily implemented in a variety of applications. It is an excellent choice for systems that require low losses and low leakage inductance, while also providing good signal integrity in radio frequency and converter power applications. The choke is also available in a variety of sizes and power ratings, allowing easy implementation in any application.

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