B161LA0S

Overview

The Knowles Dielectric Labs B161LA0S is a high-voltage ceramic capacitor designed for demanding electronic applications. It features a robust construction suitable for environments requiring reliable dielectric performance under significant electrical stress. The component utilizes advanced ceramic materials to ensure stability and longevity in critical circuits.

Feature Summary

• Engineered for high-voltage operation with stable dielectric properties
• Constructed using durable ceramic materials for long-term reliability
• Designed to withstand significant electrical stress in critical circuits

Applications

• High-voltage power supply filtering
• Industrial control systems requiring voltage isolation
• Medical equipment with strict safety standards

Procurement Notes

Verify the exact capacitance value and voltage rating against your specific circuit requirements before procurement. Ensure that the physical dimensions and terminal configuration match your PCB layout constraints. Confirm compliance with relevant industry standards for your application environment.

Selection Notes

Select this component based on its high-voltage capabilities and ceramic construction. Evaluate the operating temperature range and environmental conditions of your target application. Consider the physical size and mounting style to ensure compatibility with your design.

Part Context

This part belongs to the Knowles Dielectric Labs lineup of specialized capacitors. These components are typically used in scenarios where standard capacitors may fail due to high voltage or harsh environmental conditions. The brand is known for producing reliable passive components for industrial and medical markets.

Replacement Considerations

Consult official substitution guides from Knowles Dielectric Labs for verified equivalent parts. Ensure any replacement matches the original voltage, capacitance, and physical specifications. Verify that alternative components meet the same reliability standards required by your application.