62-PPF-030-5-12

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Power Line Filter Modules are essential components that protect electrical equipment from interference on the power line. One such product is the 62-PPF-030-5-12 filter module. This module is designed for low noise industrial equipment applications which require a reliable, cost-effective solution.

The 62-PPF-030-5-12 is a line filter module with an integrated Pi filter and low pass filter design. It contains four capacitors, one inductor, and one resistor. The capacitors are designed to absorb any high frequency interference present on the power line, while the inductor is designed to trap any low frequency interference. The resistor is used to prevent any ground loops which may be caused by the filter.

The 62-PPF-030-5-12 offers a range of protection from power-line noise. It is capable of reducing the amount of conducted emissions on the power line to within the FCC and AS/NZS standards. It is also capable of suppressing transients caused by lightning and electrostatic discharges. The Pi filter design of the module also provides a high input impedance, enabling it to remain active even if the load is highly capacitive or inductive.

One of the main advantages of the 62-PPF-030-5-12 is its compact size and low cost. The size of the module is only 30 mm x 36 mm x 32 mm, making it well suited for use in tight spaces. In addition, the module is priced competitively for its features.

The 62-PPF-030-5-12 filter module is ideal for applications requiring low power line interference and good surge protection. It is suitable for use in a variety of industrial applications, including electric motors, pumps, and lighting systems. It is also suitable for use in sensitive electronics, such as medical imaging systems and maritime communication systems.

The 62-PPF-030-5-12 filter module is a reliable and cost-effective solution for suppressing power line noise. It is capable of suppressing conducted emissions to within FCC and AS/NZS standards. Its integrated Pi filter design ensures a high input impedance, enabling it to remain active even when the load is highly capacitive or inductive. Additionally, its small size and low cost make it ideal for use in tight spaces and budget-conscious applications.

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