BL2060B-6-F

Power Line Filter Modules Overview

The BL2060B-6-F is a single-phase EMC/EMI line filter module manufactured by BLA ETECH, EMV EMC. It is designed for power line filtering applications with a rated current of 6 A and an inductance of 1.94 mH. The component features a two-stage configuration to effectively suppress electromagnetic interference. This filter is suitable for use in medical equipment and other sensitive electronic systems requiring robust noise reduction.

Power Line Filter Modules Feature Summary

• Two-stage configuration for enhanced noise suppression
• Designed for single-phase power line filtering
• Suitable for medical equipment applications

Power Line Filter Modules Applications

• Medical equipment
• Single-phase power line filtering
• EMC/EMI noise suppression

Power Line Filter Modules Procurement Notes

Verify the exact part number BL2060B-6-F against official BLA ETECH documentation to ensure compatibility. Confirm that the 6 A current rating and 1.94 mH inductance meet your specific circuit requirements. Check for any specific mounting or environmental constraints mentioned in the datasheet before procurement.

Power Line Filter Modules Selection Notes

Select this component when a two-stage single-phase filter is required for 6 A circuits. Ensure the application environment supports the specified inductance value. Verify that the medical-grade suitability aligns with regulatory standards for your specific device implementation.

Power Line Filter Modules Part Context

This component belongs to the BL2060 series of single-phase EMC/EMI line filters from BLA ETECH. The series includes variants with different current ratings and inductance values, such as the BL2060B-12-F and BL2060-3-F, allowing for flexible selection based on specific power line filtering needs.

Power Line Filter Modules Replacement Considerations

Consider the BL2060B-12-F for higher current requirements or the BL2060-3-F for lower current applications. Ensure that any substitute maintains the two-stage configuration and single-phase design to preserve filtering performance.