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NFP0QSN122HL2D is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Murata Electronics. Its product description is CMC 100MA 65 OHM SMD. Review the specifications below when checking this part for your BOM.
The NFP0QSN122HL2D is a single-channel common mode choke coil manufactured by Murata Electronics. It features an unshielded design with SMD/SMT termination for PCB mounting in the 0605 metric (025020) package. The component has a nominal impedance of 65 Ohms with a 30% tolerance and supports a maximum DC current of 100 mA. Its maximum DC resistance is 2.7 Ohms. The operating temperature range spans from -40°C to +85°C, with physical dimensions of 0.65 mm length, 0.5 mm width, and 0.3 mm height.
This component is officially listed as obsolete and no longer manufactured by Murata Electronics. Verification of availability should focus on surplus or secondary market sources rather than direct manufacturer distribution. Confirm RoHS compliance status through specific lot documentation, as regulatory adherence may vary across remaining stock batches.
Engineers must evaluate the DLM0QSN500HY2D as the suggested alternate part due to the obsolescence of this model. Selection requires verifying that the substitute meets the original circuit's impedance and current handling requirements. Design changes should be validated against the new component's datasheet specifications to ensure compatibility with existing board layouts and performance targets.
The NFP0QSN122HL2D belongs to the NFP0QSN-HL2 series of common mode chokes. This series is characterized by its small form factor and suitability for applications requiring effective noise filtration in space-constrained environments. The component represents Murata's EMIFIL product line focused on electromagnetic interference mitigation.
Murata suggests the DLM0QSN500HY2D as a similar replacement. Verify electrical parameters and mechanical fit before adoption.
No, the component is specified as unshielded.
Murata recommends the DLM0QSN500HY2D as a similar alternative.
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