DB016060BC25236BK1

Overview

The DB016060BC25236BK1 is a feed-through capacitor manufactured by Vishay Beyschlag/Draloric/BC Components. It features a capacitance of 2500 pF with a tolerance of ±10%. The component is rated for a voltage of 3000V (3kV). It utilizes an axial package configuration suitable for high-voltage applications requiring robust filtering capabilities.

Feature Summary

• High voltage rating of 3000V for demanding electrical environments
• Feed-through design providing effective electromagnetic interference suppression
• Axial leaded construction for secure mounting in high-voltage circuits

Applications

• High voltage power supply filtering
• Industrial equipment EMI suppression
• Medical device power input protection

Procurement Notes

Verify the specific voltage rating and capacitance value against your circuit requirements before ordering. Confirm that the axial package dimensions fit your PCB layout or chassis mounting constraints. Ensure compatibility with the operating temperature range specified in the official datasheet to guarantee long-term reliability under load.

Selection Notes

Select this component when high voltage isolation and effective noise filtering are required in a single compact unit. The feed-through architecture offers superior performance compared to standard capacitors in high-frequency noise scenarios. Consider the physical size and lead configuration to ensure proper integration into existing high-voltage assemblies without modification.

Part Context

This part belongs to the family of feed-through capacitors designed for high-voltage applications. These components are engineered to provide reliable filtering in environments where standard capacitors may fail due to voltage stress or insufficient noise attenuation. They are commonly used in critical infrastructure and industrial systems.

Replacement Considerations

Ensure any substitute component matches the 3000V rating, 2500pF capacitance, and axial form factor. Verify that the replacement maintains equivalent impedance characteristics and physical dimensions for direct interchangeability in high-voltage feed-through mounts.