EAP-06-222-D

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Power line filter modules are assemblies that are specifically designed to reduce electromagnetic (EM) interference that may occur in an electronic circuit. The EAP-06-222-D is one type of commercial off-the-shelf module that is widely used. The EAP-06-222-D module has an operating frequency range of between 150 kHz and 30 MHz and offers excellent attenuation performance, operating temperature range, and low-insertion loss.

The EAP-06-222-D has an integrated common-mode inductor structure, which provides well-balanced attenuation for both line-to-line and line-to-ground signals. This ensures that the module can effectively filter out interference without introducing any distortion. The common-mode inductor also provides a very high impedance at higher frequencies, which helps to reduce the amount of interference that can pass through.

The operating temperature range of the EAP-06-222-D module is between -40°C and + 85°C. This ensures that the module is able to function reliably in a wide variety of environments. Additionally, the module’s low-insertion loss ensures clear and stable signals are transmitted through it, even over long distances.

The EAP-06-222-D module is designed so that it can be placed inline in the power distribution system. This allows it to be used as a direct replacement for existing equipment, or it can be used in conjunction with other modules to provide additional protection. The module also has a built-in overvoltage protection feature, which prevents the module from being damaged if the line voltage suddenly increases or decreases.

The EAP-06-222-D module is able to significantly reduce electromagnetic interference in power systems, providing a cost-effective method for improving power system reliability. The module’s high-quality components and its integrated common-mode inductor structure make it an ideal solution for filtering out unwanted noise and providing clean power to connected devices. The module’s operating temperature range and low-insertion loss ensure that it can function reliably and provide clean power over long distances.

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