B84299D1320E1

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Power Line Filter Modules are designed to filter out high frequency noise and harmonics on the power line. B84299D1320E1 is a type of power line filter module.

B84299D1320E1 is a module for single-phase power filters designed with advanced topology to provide high attenuation performances at very low power dissipation. It provides an advantageous combination of extremely low input inductance, high current capability and high cut-off frequencies in a very small compact package.

The applications for B84299D1320E1 are mainly for use in single-phase consumer electronics such as TV sets, DVD players, video cameras and camcorders. It is also used in automotive electronics, motor control, white goods, domestic appliances, power tools, energy saving products and many more.

The working principle of B84299D1320E1 is based on the electric fundamental law of linear systems. This electric law states that if there is an electric current in a circuit, there must be an equal amount of voltage drop across each component of the circuit. Therefore, the voltage drop across the inductor, capacitor and resistor creates a feedback loop which results in a high or low impedance ( resistance ) value across the power line, suppressing noise and harmonics.

B84299D1320E1 is designed with a shielded housing, providing low noise immunity with a universal input terminals. The unique design also offers an extremely low power dissipation with a high current capability. In addition, the forward current bias at startup, suitable for switching power supplies, makes it suitable for applications in noisy environments.

Overall, B84299D1320E1 is a powerful power line filter module that provides high attenuation performance at very low power dissipation for single-phase consumer electronics, automotive electronics, motor control, white goods, energy saving products, and other applications. Its working principle is based on the electric fundmental law of linear systems, which provides a feedback loop to suppress noise and harmonics. Moreover, the shielded housing gives it low noise immunity with universal input terminals and extremely low power dissipation with high current capability.

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