F1350AA01

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The F1350AA01 Power Line Filter Modules provide a high performance solution for filtering of high frequency noise in the power supply of AC products. The modules feature a two-stage filtering circuit, consisting of a parallel capacitor filter and a serial inductor filter. The first stage filters high frequency signals from the AC line while the second stage filters any residual noise in the DC line.

To ensure the best possible performance, F1350AA01 Power Line Filter Modules are composed of a top-grade ferrite core, inductor, resistor, and capacitor. The ferrite core is responsible for rejecting EMI/RFI noise and enabling excellent noise rejection to be achieved in series applications, particularly at higher frequencies. The inductor filter is also used to further reduce noise in the DC line.

The resistor is used to limit the current flowing through the capacitors and inductors while the capacitor is the most important component in the circuit, as it provides the greatest noise reduction. The capacitor acts like a high pass filter, passing high frequency signals and blocking low frequency signals.

The two-stage filtering circuit of the F1350AA01 is designed to provide superior results when used for DC-DC converter protection against overvoltage and undervoltage. It also helps to maintain stable power output while eliminating the biggest sources of noise, such as harmonics. The module can also be used to reduce radio frequency interference (RFI) from switching power or switching regulator applications.

Finally, the F1350AA01 power line filter module is also used in applications where motor control is required. The module provides EMI/RFI noise immunity by providing a filter between the motor and the DC power source. This helps to ensure that the motor will operate reliably and efficiently.

The F1350AA01 Power Line Filter Module is a versatile solution that provides high-performance noise filtering for AC applications. Its two-stage filtering circuit, composed of an inductor and capacitor, is effective at blocking high-frequency noise and providing excellent protection against over and under voltages. Furthermore, the module also helps to reduce radio frequency interference (RFI) from switching power or switching regulator applications. Finally, its unique design also makes it an ideal choice for motor control applications, providing reliable noise immunity.

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