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The Astrodyne TDI SF3 S is a high-performance switch-mode EMI filter belonging to the RP480 series. Designed for power line conditioning, this component functions as a power line filter module. It is manufactured by Astrodyne TDI and identified by Mouser part number 446-SF3S. The product is classified under the Power Condition sub-category and carries the Astrodyne TDI trademark. Official documentation refers to it as a High Performance Switch Mode EMI Filter within the SF Series.
Verify availability status before ordering, as distribution channels may indicate non-stock or limited regional sales. Confirm the specific datasheet version matches the required technical specifications. Ensure the RP480 series designation aligns with system integration needs. Check for any updated compliance certifications relevant to the target market. Validate that the module form factor fits the intended chassis or panel layout constraints.
Select this module when high-performance EMI attenuation is required for switch mode environments. The RP480 series designation indicates a specific family of power line filters. Consider the module format for integration into larger power conditioning assemblies. Verify compatibility with the host system's electromagnetic interference standards. Ensure the manufacturer's specifications meet the operational frequency and voltage requirements of the application.
This component is part of the broader Astrodyne TDI portfolio of power supplies and power condition components. The RP480 series represents a specific line of power line filters designed for industrial and commercial applications. Astrodyne TDI specializes in power management solutions, including filters and switches. The SF3 S serves as a specialized module within this ecosystem, distinct from general-purpose AC inlet modules or three-phase economical filters found in other series.
The SF3 S belongs to the RP480 series of power line filters.
Official descriptions identify it as a high-performance switch mode EMI filter, though specific stage count details are not explicitly quantified in the provided summary data.