PLH10AN7003R6P2B

Common Mode Chokes are a form of inductor often used for filtering in electronic circuits. They typically consist of two or more inductors wound such that the outputs are in opposite directions. The purpose of a choke is to reduce the common mode current flowing through a circuit, allowing for more reliable operation. The PLH10AN7003R6P2B is a Common Mode Choke specifically designed for noise attenuation in electrical systems.

The PLH10AN7003R6P2B is widely used in telecommunications, consumer electronics, and automotive applications due to its small size and high impedance. The device is compact, measuring only 10 x 10 x 8 mm, and has a low DC resistance of 0.7Ωs. The maximum current rating of the choke is 5 A per line, and the impedance is 1000 ohms per line. The operating temperature range is from -40°C to 130°C, making it suitable for a variety of applications.

The PLH10AN7003R6P2B is designed for noise attenuation in the signal path of automotive, communication, and consumer electronics applications. It is capable of attenuating common-mode noise in the frequency range of 9KHz-1GHz, providing superior noise reduction capabilities. The choke is designed to reject EMI and power line disturbances, ensuring a clean signal in demanding applications. The device is available in a self-biasing configuration, allowing for easier integration into existing systems.

The working principle of the PLH10AN7003R6P2B is simple. The device is a type of inductor designed to reduce the common-mode current in a circuit by providing a large impedance in the signal path. The inductance of the choke is generally designed to be low enough that it does not affect the signal in the circuit, while still providing enough attenuation to reduce unwanted noise. The device works by absorbing the noise component of a signal, while allowing the desired signal to pass through unaffected.

In conclusion, the PLH10AN7003R6P2B is a state-of-the-art Common Mode Choke designed for noise attenuation in automotive, communication, and consumer electronics applications. The device is small and has a low DC resistance, making it suitable for a wide range of applications. The device provides superior noise reduction capabilities in the frequency range of 9KHz-1GHz, and is available in a self-biasing configuration. The working principle of the device is based on providing a large impedance in the signal path, allowing for effective noise attenuation.