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RP690-200-1000-W is listed in the Power Line Filter Modules range at ChipApex. The manufacturer field lists Astrodyne TDI. Its product description is LINE FLTR 4.7KVAC 200A CHASS MNT. Review the specifications below when checking this part for your BOM.
The RP690-200-1000-W is a high voltage and high current DC power line filter manufactured by Astrodyne TDI. It belongs to the RP425 series and is designed for demanding industrial applications requiring robust electromagnetic interference suppression. The unit features a single-stage filtering architecture with wire lead termination, allowing for flexible integration into custom assemblies. Rated for 200 amperes of continuous current, it provides effective noise attenuation in DC power distribution systems while maintaining structural integrity under high electrical loads.
Verify the specific datasheet version for the RP690-200-1000-W to confirm exact electrical ratings and mechanical dimensions before finalizing design integration. Ensure that the wire lead specifications match the intended connection method. Confirm compliance requirements such as RoHS status directly from the manufacturer's documentation for the specific batch or revision being procured.
Select this component when the application requires a single-stage filter capable of handling 200A DC currents. The wire lead configuration is suitable for direct wiring rather than chassis mounting studs. Compare against other RP690 variants if different termination styles or voltage ratings are required for the specific system architecture.
This model is part of the RP690 series, which focuses on high-performance DC filtering solutions. It shares the series designation with similar units like the RP690-200-1000-S, differing primarily in termination style. The RP425 series classification indicates its positioning within Astrodyne TDI's portfolio of heavy-duty power condition components.
The RP690-200-1000-S is a related variant within the same series but utilizes stud termination instead of wire leads. Verify that the change in termination does not impact the mechanical assembly or wiring harness design before substituting.
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