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ET2825-030 is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Triad Magnetics. Its product description is CMC 15.5MH 1.5A 2LN THROUGH HOLE. Review the specifications below when checking this part for your BOM.
The Triad Magnetics ET2825-030 is a two-line common mode choke designed for through-hole mounting. It provides an inductance of 15.5 mH at 10 kHz and supports a maximum current rating of 1.5 A. The component features a maximum DC resistance (DCR) of 320 milliohms and operates within a temperature range of -20°C to 105°C. Rated for AC voltages up to 250 V, it utilizes a horizontal package with four pins. The physical dimensions are 30.00 mm in length and width, with a maximum height of 25.00 mm.
Verify the specific part number ET2825-030 against manufacturer documentation to confirm electrical parameters and mechanical dimensions. Ensure compatibility with existing PCB layouts regarding through-hole spacing and vertical clearance requirements. Confirm that the 1.5 A current rating and 320 milliohm DCR meet the design specifications for the intended application environment.
Select this component when a 15.5 mH inductance value is required for common mode noise reduction in two-line configurations. Consider the 1.5 A current capacity and low DC resistance for efficiency in power applications. Verify that the through-hole mounting style and 30.00 mm x 30.00 mm footprint align with the assembly constraints and available board space.
This component belongs to the ET series of common mode chokes manufactured by Triad Magnetics. These devices are engineered for general-purpose electromagnetic interference suppression in power supply circuits. The ET series offers various inductance and current ratings to accommodate different filtering requirements across multiple electronic product categories.
Consult official manufacturer substitution guides for verified equivalent parts. Cross-reference inductance values, current ratings, and physical dimensions to ensure functional compatibility without modifying the existing circuit design or mechanical assembly.
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