ZSC502D

Overview

The ZSC502D is a feed-through capacitor manufactured by EMI Filter Company, designed for solder-in bar-end glass mounting. It features a capacitance of 5000 pF with a rated voltage of 200V and a current rating of 10 A. The component utilizes axial or bushing termination types suitable for through-hole applications.

Feature Summary

• Provides electromagnetic interference suppression via feed-through capacitor architecture
• Supports high current handling capabilities up to 10 A
• Utilizes bar-end glass construction for robust mechanical stability

Applications

• High-frequency signal filtering in electronic circuits
• Power line noise suppression requiring high current tolerance
• EMI/RFI mitigation in industrial equipment enclosures

Procurement Notes

Verify the specific termination style and package variant against project requirements before ordering. Confirm that the 200V rated voltage and 10A current capacity align with the target circuit's operational limits. Ensure compatibility with the intended solder-in mounting process and verify environmental operating temperature ranges if applicable to the deployment scenario.

Selection Notes

Select this component when a high-current feed-through solution is required for EMI suppression. The 5000 pF capacitance offers specific filtering characteristics distinct from other values in the series. Consider the physical dimensions of the bar-end glass package to ensure adequate clearance within the assembly layout.

Part Context

This part belongs to the ZSC series of feed-through capacitors from EMI Filter Company. The series includes variants such as ZSC502B, ZSC103B, and ZSC153B, which offer different capacitance values while maintaining similar structural designs for consistent performance across various filtering needs.

Replacement Considerations

Direct substitutes include ZSC502B and ZSC103B from the same manufacturer series. Verify that alternative parts match the 5000 pF capacitance and 200V rating to ensure functional equivalence in the existing design.