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The TDK ACP3225-501-2P-TL000 is a surface-mount common mode choke designed for power line filtering. It features a shielded wirewound construction within a 1206 (3225 metric) package. The component provides an impedance of 500 ohms and supports a rated current of 2A. It operates with a maximum voltage of 60V and exhibits a low DC resistance of 40 milliohms, ensuring minimal signal loss while effectively suppressing electromagnetic interference in compact electronic designs.
Verify the specific suffix TL000 against the manufacturer's official documentation to confirm packaging details such as reel quantity or tape specifications. Ensure the procurement channel sources directly from authorized distributors to guarantee component authenticity and traceability. Cross-reference the full part number with the latest datasheet to confirm compliance with current environmental standards and RoHS directives before finalizing orders.
Select this component when a 1206 footprint is required for power line filtering with a 2A current rating. The 500-ohm impedance offers a balance between noise attenuation and signal transmission efficiency. Consider the low DC resistance for applications where power efficiency is critical. Verify that the 60V rating aligns with the system's operational voltage requirements to ensure reliable performance under load conditions.
This component belongs to the TDK ACP series of shielded wirewound inductors. The series is characterized by its compact size and high current handling capabilities. The ACP3225 designation indicates the physical dimensions, while the 501 code specifies the impedance value. This series is widely used in modern electronics where space optimization and effective EMI reduction are primary design constraints.
Check for direct substitutes within the TDK ACP series that match the 1206 footprint and 500-ohm impedance. Verify that any alternative component maintains the same 2A current rating and 60V voltage limit. Ensure the replacement has comparable DC resistance to avoid impacting circuit efficiency. Confirm mechanical compatibility with existing PCB footprints before integration.