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PH9407.104NLT is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Pulse Electronics. Its product description is CMC 20A 2LN 730 OHM SMD. Review the specifications below when checking this part for your BOM.
The PH9407.104NLT is a surface-mount common mode choke from the PH9407 series manufactured by Pulse Electronics. It features a nominal inductance of 120 µH with a tolerance of ±35%. The component supports a maximum DC current rating of 20 A and exhibits a maximum DC resistance (DCR) of 2.5 mΩ. At a test frequency of 1.6 MHz, the impedance is specified at 730 Ω. The device operates within a temperature range of -40°C to +125°C and utilizes a planar winding structure.
Verify the specific package dimensions and terminal configuration against your PCB footprint library before ordering. Confirm that the thermal management requirements of your design accommodate the self-heating characteristics associated with a 20 A current rating. Ensure the selected mounting orientation aligns with the mechanical constraints of the enclosure. Cross-reference the impedance curve at your operating frequency to validate noise attenuation performance.
Select this component when designing circuits requiring robust common mode rejection at high current levels. The 120 µH inductance provides significant impedance at higher frequencies while maintaining low insertion loss for DC power transmission. Consider the physical size of the planar package relative to available board space. Evaluate the thermal dissipation needs given the low DCR and high current capacity.
This part belongs to the PH9407 series of SMT common mode chokes from Pulse Electronics. The series utilizes planar winding technology to achieve high current ratings in a compact form factor. These components are engineered for applications demanding reliable noise suppression in environments with significant electromagnetic interference.
Direct substitutes include other parts from the PH9407 series with compatible inductance and current ratings. Verify that any replacement maintains the same pinout and mechanical dimensions to ensure compatibility with existing PCB layouts.
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