FLLDU040A026I0

Power Line Filter Modules (FLLDU040A026I0) are essential for complex equipment assemblies, as they are used to create a safe environment in which electrical components can function. The technology combines the strength and flexibility of printed circuit boards with the superior electromagnetic compatibility. The FLLDU040A026I0 filters can be used in a wide variety of applications, and their working principles are explained in this article.

Characteristics of FLLDU040A026I0 Power Line Filter Modules

FLLDU040A026I0 power line filters use a two-part configuration consisting of one core and two internals. The filter core is made of aluminium, and the two internals consist of resin and a ferrite sleeve. These components are laminated together to form a composite structure, offering excellent performance in filtering out common and differential mode noise. The resin is responsible for protecting the components, while the ferrite sleeve helps provide high-frequency filtering. The filter also offers a wide operating temperature range, low insertion loss and high surge and overcurrent capability.

Application Field of FLLDU040A026I0 Power Line Filter Modules

FLLDU040A026I0 power line filter modules offer superior performance in many applications, including power supplies, networking systems, audio systems, automotive control systems, and medical systems. In power supplies, they are used to reduce the amount of noise that enters the system, thus preserving the quality of the output power. In networks, they are used to reduce the amount of crosstalk between data signals. In audio systems, they reduce the amount of noise that can cause distortion in the sound. In automotive control systems, they are used to prevent overcurrent and protect components from voltage surges. And in medical systems, they reduce the amount of noise that can interfere with sensitive medical equipment, such as MRI machines.

Working Principle of FLLDU040A026I0 Power Line Filter Modules

FLLDU040A026I0 power line filter modules work by using filtering capacitors and inductors to attenuate incoming and outgoing noise. The capacitors form a low-pass filter, allowing only low-frequency signals to pass. The inductors form a high-pass filter, allowing only higher-frequency signals to pass.In this way, undesirable noise is blocked and the desired signal can pass through. The filters can also be designed to support several frequencies, depending on the application.

Conclusion

FLLDU040A026I0 power line filter modules provide excellent performance for a variety of applications, offering superior noise reduction and protection from over-current surges. The two-part configuration with laminated components offers excellent filtering capabilities and wide operating temperature ranges. With a robust design and reliable performance, they are the perfect solution for applications requiring a high degree of protection.