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The SCM10-361M-RC is a surface mount common mode choke manufactured by Allied Components International. It features a two-line configuration designed for noise suppression in compact electronic assemblies. The component exhibits an impedance of 360 Ohms at a frequency of 100 MHz and supports a current rating of 280 mA. Its direct current resistance (DCR) is specified as 450 mOhm. The device utilizes a horizontal package with four PC pads, facilitating integration into automated assembly processes while maintaining effective signal integrity in high-frequency applications.
Verify the manufacturer designation as Allied Components International when sourcing this component. Confirm the specific impedance value of 360 Ohms at 100 MHz matches your circuit requirements. Ensure the 280 mA current rating is sufficient for your application's operational limits. Check that the horizontal SMD package with four pads aligns with your PCB footprint specifications to avoid assembly issues.
Select this component when a low-profile common mode filter is required for differential lines carrying signals up to 100 MHz. The 280 mA rating suits low-power data interfaces. Consider the 450 mOhm DCR impact on voltage drop if power efficiency is critical. Compare against other SCM series variants like the SCM10-371M-RC if different impedance characteristics are needed for specific noise profiles.
This part belongs to the SCM series of miniature surface mount common mode chokes from Allied Components International. The series offers various impedance values to suit different filtering needs. The SCM10-361M-RC specifically targets applications requiring moderate impedance and current handling in a compact form factor, distinguishing it from higher current or different impedance variants within the same product family.
The SCM10-371M-RC is a parametrically similar alternative within the same series, offering 370 Ohms impedance at 100 MHz. Verify compatibility before substitution as impedance differences may affect filtering performance. No other cross-reference parts were confirmed in available documentation.