RP182CD-3-3.3-W

Overview

The RP182CD-3-3.3-W is a single-phase, dual-stage EMI/EMC power line filter manufactured by Astrodyne TDI. It features an IEC C14 inlet connector and wire lead terminations. The unit is rated for 3 A current and 250 VAC voltage at 50/60 Hz operating frequencies. It incorporates a 3.3 nF capacitance value to provide superior noise attenuation in demanding environments.

Feature Summary

• Dual-stage filtering architecture for enhanced common and differential mode noise suppression
• Integrated IEC C14 inlet connector for standardized power connection
• Wire lead termination design for flexible integration into equipment assemblies

Applications

• Industrial automation systems requiring high-performance noise reduction
• Medical equipment needing strict electromagnetic compatibility compliance
• Test and measurement instruments sensitive to power line interference

Procurement Notes

Verify the specific datasheet version for the RP182CD-3-3.3-W to confirm exact dimensional tolerances and terminal specifications. Ensure that the wire lead lengths meet your assembly requirements before finalizing the order. Cross-reference the manufacturer's latest compliance documentation to guarantee adherence to current regional safety standards.

Selection Notes

Select this component when dual-stage attenuation is required within a compact form factor. The integrated IEC inlet simplifies mechanical design compared to chassis-mount alternatives. Confirm that the 3 A rating aligns with the maximum load current of the protected circuit to ensure reliable operation without thermal degradation.

Part Context

This model belongs to the RP182CD series, which focuses on ultra-high performance filtering solutions. The series is designed for applications where standard single-stage filters fail to meet stringent emission limits. It represents Astrodyne TDI's capability to deliver compact, high-density EMC protection modules.

Replacement Considerations

Direct substitutes are not explicitly confirmed in public documentation. Evaluate alternative models from the same series based on identical current ratings and capacitance values. Verify that any replacement maintains the dual-stage topology and compatible physical interface dimensions.