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CMT-8107-B is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Triad Magnetics. Its product description is CMC 2MH 6.6A 2LN TH. Review the specifications below when checking this part for your BOM.
The Triad Magnetics CMT-8107-B is a two-line common mode choke designed for power line filtering. It features an inductance of 2 mH at 1 kHz and supports a maximum DC current of 6.6 A. The component has a maximum DC resistance of 22 mOhms and is rated for 1500 V AC. It utilizes a vertical, four-pin through-hole package with dimensions of 1.200 inches in length, 0.600 inches in width, and 1.200 inches in height. The unit operates within a temperature range of -55°C to 105°C.
Verify the specific suffix designation to ensure correct inductance values, as variants exist within the series. Confirm that the through-hole mounting style aligns with the target PCB layout. Check for required safety certifications such as UL or IEC depending on the end-product regulations. Ensure the operating temperature range meets the environmental requirements of the final assembly.
Select this component when a 2 mH inductance value is required for common mode noise attenuation. The 6.6 A current rating makes it suitable for higher power applications compared to lower-rated counterparts. Consider the physical dimensions to ensure adequate clearance on the printed circuit board. Verify that the unshielded construction does not interfere with nearby sensitive components.
This component belongs to the CMT series of common mode chokes manufactured by Triad Magnetics. The series offers various inductance and current ratings to suit different power line filtering needs. The CMT-8107-B specifically targets applications requiring moderate inductance with high current capacity. It serves as a standard solution for electromagnetic interference mitigation in power distribution systems.
The CMT-8105-B is a related variant offering 7 mH inductance but with a lower 2.8 A current rating. Designers must evaluate if the reduced current capacity is sufficient for their specific load requirements before substituting.
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