FN256-160-40

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Power Line Filter Modules

Power line filter modules are widely used in a variety of applications, including telecommunications, aviation, industrial, and other areas of electronic engineering. FN256-160-40 is one of the popular modules and comes equipped with excellent features, such as resistance protection, low capacitive coupling, high inductive coupling, and robust signal protection.

FN256-160-40 application field mainly includes industrial automation, process control, motor control, medical device system, switching power supplies, peripheral devices, large household appliances, and other high-current equipment.

In terms of electrical characteristics, FN256-160-40 filter modules have a wide frequency range from 100K Hz to 500K Hz, low insertion loss (<0.3db), high return loss (>30db), high device impedance (>100MR), and high noise attenuation. They also have high temperature characteristics, low inductance, and low-noise enhancement capabilities.

In addition, FN256-160-40 filter modules have an extremely high working stability, meaning that they can maintain a stable working condition and provide consistent performance over time without any degradation in output. These components are also highly resistant to large variations in input frequency and temperature.

The working principle of FN256-160-40 filter modules is based on the principle of LC circuit. The filter’s core consists of two windings with different resistance values, each connected to a capacitive element. The LC circuit works by using the two capacitors to store the unwanted high-frequency signals, and the windings to help reduce the rate of signal change. This ensures that only a minimal amount of interference is passed through the filter.

The FN256-160-40 power line filter modules provide superior protection from interference, noise, and instability, making them the ideal choice for sensitive applications. They also provide improved system response times, offer high stability, and have significant anti-interference capability.

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