ABSJ00100505601Y00

Overview

The ABSJ00100505601Y00 is a shielded multilayer ferrite chip bead manufactured by Pulse Electronics. It features an impedance of 600 ohms with a 25% tolerance and supports a maximum DC current of 300 mA. The component has a maximum DC resistance of 600 milliohms and operates within a temperature range of -55°C to +125°C. Packaged in a 0402 (1005 metric) SMD/SMT footprint measuring 1 mm in length, it is designed for high-speed signal lines under 1 GHz.

Feature Summary

• Shielded construction minimizes electromagnetic interference coupling
• Multilayer ferrite technology for compact surface-mount integration
• Optimized for high-speed signal line filtering applications

Applications

• High-speed signal line filtering under 1 GHz
• Power supply noise suppression in compact electronics
• Data bus protection in consumer devices

Procurement Notes

Verify the specific ordering suffix against the manufacturer's latest datasheet to ensure correct impedance and current ratings. Confirm RoHS compliance status directly with Pulse Electronics or authorized distributors prior to procurement. Check for any recent design changes that may affect pinout or thermal characteristics.

Selection Notes

Select this component when shielding is required to prevent magnetic field leakage in dense PCB layouts. Ensure the operating current remains below the 300 mA limit to maintain performance. Verify that the 0402 package dimensions fit the available board space constraints.

Part Context

This part belongs to the ABSJ series of shielded ferrite beads from Pulse Electronics. The series is characterized by its ability to suppress high-frequency noise while maintaining signal integrity in high-speed digital circuits. It serves as a critical passive component for EMI mitigation in modern electronic assemblies.

Replacement Considerations

Cross-reference with other shielded 0402 ferrite beads offering similar 600-ohm impedance and 300 mA current handling. Verify mechanical footprint compatibility and thermal performance before substitution.