SS30V-R200132

Overview

The KEMET SS30V-R200132 is a through-hole common mode choke designed for power line filtering. It features an inductance of 13.2 mH at 1 kHz and supports a current rating of 2 A with a DC resistance of 210 mOhm. Rated for 250 VAC, this component utilizes a vertical bobbin package with four pins. It serves as a two-line filter suitable for commercial grade applications requiring effective noise suppression.

Feature Summary

• Provides common mode noise suppression for two-line power circuits
• Utilizes a vertical through-hole bobbin construction for secure mounting
• Engineered for commercial grade environments with robust thermal stability

Applications

• Power supply input filtering
• Electromagnetic interference suppression in AC mains lines
• Noise reduction in commercial electronic equipment

Procurement Notes

Verify the specific inductance tolerance and current derating curves against your circuit requirements before integration. Confirm that the vertical pin configuration aligns with your PCB footprint and mechanical constraints. Ensure the operating voltage does not exceed the 250 VAC rating under all transient conditions to maintain reliability and safety compliance.

Selection Notes

Select this component when high inductance is required for low-frequency noise attenuation in two-wire AC systems. The 2 A current rating suits moderate power applications. Consider the physical dimensions of the vertical bobbin style to ensure adequate clearance on the assembly board compared to surface mount alternatives.

Part Context

This part belongs to the SS30V series of common mode chokes from KEMET. These components are specifically engineered for general-purpose EMI filtering in AC power lines. The series offers reliable performance for commercial electronics, balancing electrical specifications with standard through-hole manufacturing processes.

Replacement Considerations

Check datasheets for equivalent parts offering similar 13.2 mH inductance and 2 A current handling. Verify pinout compatibility and physical height constraints to ensure direct substitution without mechanical redesign.