AB4X2X6SM

Overview

The AB4X2X6SM is a surface-mount ferrite bead chip manufactured by Toshiba Semiconductor and Storage. It features a gull-wing package with dimensions of 8.00mm length and 6.00mm width. The component is rated for a maximum DC current of 4.8A, with a typical current rating of 9A. It is designed as a single-line noise filter utilizing an amorphous core structure.

Feature Summary

• Surface mount construction with gull-wing terminals for reliable PCB attachment
• Amorphous core design optimized for high-frequency noise suppression
• Single-line configuration for targeted signal path filtering

Applications

• High-speed digital signal line noise suppression
• Power supply input filtering in compact electronic devices
• EMI reduction in automotive control modules

Procurement Notes

Verify the obsolete part status before procurement planning. Confirm that the gull-wing package footprint matches the target PCB layout. Ensure the 4.8A maximum DC current rating meets the specific circuit requirements to prevent saturation or thermal issues during operation.

Selection Notes

Select this component when a low-profile, single-line ferrite solution is required for high-current applications. The gull-wing package offers superior mechanical stability compared to standard chip beads. Verify that the amorphous core characteristics align with the specific frequency range of the noise to be suppressed in the target system.

Part Context

This component belongs to the Amobeads series from Toshiba Semiconductor and Storage. It represents a specialized ferrite bead category designed for robust noise filtering in space-constrained environments. The series emphasizes high current handling capabilities alongside effective electromagnetic interference mitigation for modern electronic systems.

Replacement Considerations

As the part status is listed as obsolete, direct substitutes must be sourced carefully. Verify that any replacement maintains the same gull-wing package dimensions and current ratings to ensure compatibility with existing board designs without requiring layout modifications.