SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The TE Connectivity Corcom 30KEVD10ABSW is a single-phase EMI power line filter designed for AC mains applications. It features a compact, panel-mountable housing with integrated fuse holder capabilities. The unit provides common-mode and differential-mode noise attenuation to ensure compliance with electromagnetic interference standards. Rated for continuous operation at specified voltage and current levels, it utilizes internal capacitive and inductive elements to suppress conducted emissions. The design supports secure mounting via threaded studs or panel holes, ensuring mechanical stability in industrial and commercial equipment environments requiring reliable power filtering.
Verify the specific current rating and voltage classification against the target application's electrical requirements before procurement. Confirm that the mounting hole pattern and thread specifications match the equipment chassis. Ensure the fuse type and rating align with downstream circuit protection needs. Cross-reference the datasheet for thermal derating curves if operating in enclosed spaces. Validate regulatory compliance certifications required for the end product market.
Select this component based on the need for a single-phase EMI filter with built-in fuse functionality. Consider the physical space constraints due to its panel-mount form factor. Evaluate the required attenuation performance against applicable electromagnetic compatibility standards. Assess the environmental conditions, such as temperature and vibration, to ensure long-term reliability. Compare alternative models if higher current ratings or different mounting styles are necessary.
This model belongs to the TE Connectivity Corcom series of power line filters, which are engineered for electromagnetic interference suppression in AC power systems. The series offers various configurations for single and three-phase applications, catering to diverse industrial and commercial needs. Components in this line typically emphasize compactness and ease of installation while maintaining high noise attenuation performance across specified frequency ranges.