M3C102D

Overview

The M3C102D is a feed-through capacitor manufactured by EMI Filter Company, belonging to the M3 'C' circuit series. It features an axial package with a capacitance of 1000 pF and a rated voltage of 200V. Designed for through-hole mounting, this component serves as a passive electromagnetic interference suppression device. The unit operates within standard industrial temperature ranges and is supplied in bag packaging.

Feature Summary

• Provides effective high-frequency noise attenuation via feed-through architecture
• Utilizes compact axial form factor suitable for dense panel installations
• Ensures stable capacitance performance under specified voltage ratings

Applications

• Power supply input filtering
• Signal line noise suppression
• Electronic equipment chassis grounding points

Procurement Notes

Verify the specific tolerance requirements against the manufacturer's datasheet, as sources indicate variations such as 0% or +100%. Confirm that the 200V rating aligns with your system's peak voltage stresses. Ensure the axial lead spacing matches your PCB or panel drill patterns before finalizing procurement orders.

Selection Notes

Select this component when a compact, low-capacitance solution is required for high-frequency noise reduction. The 1000 pF value targets differential mode interference above typical power line frequencies. Consider the axial package constraints during layout planning to ensure adequate clearance for soldering and mechanical stability.

Part Context

This part belongs to the M3 series of mini feed-through capacitors from EMI Filter Company. These components are engineered for applications requiring robust EMI/EMC compliance in space-constrained environments. The series offers various capacitance values tailored for different filtering needs across industrial and commercial electronics sectors.

Replacement Considerations

Direct substitutes must match the 1000 pF capacitance, 200V rating, and axial package dimensions. Verify compatibility with existing mounting hardware and thermal profiles. Cross-reference pinout configurations if alternative manufacturers offer similar feed-through designs.