B82724A2102N001

Overview

The B82724A2102N001 is a current-compensated ring core double choke manufactured by EPCOS (TDK). It features a ferrite core and radial termination style. The rated inductance is 0.027 µH with a tolerance of 30%. The maximum DC current rating is 6 A, and the maximum DC resistance is 0.75 Ohms. The component operates within a temperature range of -40 °C to +125 °C. Physical dimensions are approximately 33.1 mm in length, 19.7 mm in height, and 32.5 mm in width.

Feature Summary

• Provides common mode noise suppression for power lines through dual-element construction.
• Utilizes a ferrite ring core design for effective electromagnetic interference filtering.
• Supports high current handling capabilities suitable for power supply applications.

Applications

• Power line filtering in industrial equipment
• Electromagnetic compatibility enhancement in consumer electronics
• Noise suppression in general-purpose power supplies

Procurement Notes

Verify the specific ordering suffix against the manufacturer's latest datasheet to ensure correct pin configuration and mechanical dimensions. Confirm that the ferrite material grade matches the required frequency response for the target application. Check RoHS compliance status if restricted substances are a concern for the end product.

Selection Notes

Select this component when a low inductance value combined with high current capacity is required for power line chokes. Ensure the operating temperature range covers the environmental conditions of the installation site. Verify that the physical footprint fits within the available PCB space constraints.

Part Context

This part belongs to the B82724 series of current-compensated ring core double chokes from EPCOS. These components are designed for AC power line applications up to 250 V. The series offers various inductance and current ratings to suit different filtering requirements across automotive and industrial sectors.

Replacement Considerations

Check the official EPCOS replacement list for direct substitutes. Cross-reference inductance, current rating, and physical dimensions before substituting with generic equivalents.