RP615-6-1000-S

Power Line Filter Modules Overview

The RP615-6-1000-S is a high-performance dual-stage DC power line filter from the Astrodyne TDI RP615 series. It features a rated current of 6A and a capacitance of 1000nF. The unit utilizes stud termination for chassis mounting. It holds certifications including UL1283, CSA C22.2, and EN 60939.

Power Line Filter Modules Feature Summary

• Dual-stage filtering architecture for enhanced noise attenuation
• High-performance design optimized for DC power lines
• Certified compliance with major international safety standards

Power Line Filter Modules Applications

• DC power supply input stages
• Industrial equipment requiring EMI suppression
• Medical device power conditioning

Power Line Filter Modules Procurement Notes

Verify the specific suffix 'S' confirms stud termination requirements against your chassis interface. Confirm that the 6A rating and 1000nF capacitance align with your system's electrical specifications. Ensure compatibility with UL1283 and EN 60939 regulatory frameworks for your target market before finalizing procurement.

Power Line Filter Modules Selection Notes

Select this component when dual-stage attenuation is required for DC applications at 6A. The stud mount option provides robust mechanical stability. Compare leakage current and insertion loss characteristics against single-stage alternatives to ensure adequate performance margins for your specific electromagnetic interference environment.

Power Line Filter Modules Part Context

This part belongs to the RP615 series, which offers various current ratings and termination options. The series includes variants with QD (quick disconnect) and W (wire) terminations alongside the stud-mounted S version. It is designed as a compact solution for demanding DC power line filtering tasks.

Power Line Filter Modules Replacement Considerations

Direct substitutes within the same series include RP615-3-1000-S for lower current or RP615-10-1000-S for higher current needs. Verify that alternative models maintain the dual-stage topology and identical capacitance if circuit impedance matching is critical.