MG1608-222Y

Overview

The MG1608-222Y is a surface mount ferrite bead manufactured by Bourns Inc. It features a 0603 (1608 Metric) package and is designed for power and signal line applications. The component exhibits an impedance of 2.2 kOhms at 100 MHz and supports a current rating of 200 mA with a maximum DC resistance of 1.5 Ohms.

Feature Summary

• Provides effective noise suppression for high-frequency interference on power and signal lines
• Utilizes a compact 0603 surface mount footprint to optimize board space
• Constructed with a single-line configuration for straightforward circuit integration

Applications

• Power line filtering in portable electronic devices
• Signal line noise attenuation in consumer electronics
• High-frequency interference suppression in compact circuits

Procurement Notes

Verify the specific impedance value of 2.2 kOhms at 100 MHz against design requirements. Confirm the 200 mA current rating and 1.5 Ohm DC resistance are sufficient for the target application. Ensure the 0603 package size aligns with the PCB layout constraints. Check for RoHS compliance status if required by project specifications.

Selection Notes

Select this component when a low-profile, single-line ferrite bead is needed for high-frequency noise reduction. The 2.2 kOhm impedance offers significant attenuation for broadband noise. Consider the 200 mA current limit to prevent saturation in higher current paths. The 0603 case size is suitable for dense surface mount assemblies where space is limited.

Part Context

This part belongs to the MG1608 series of ferrite beads from Bourns Inc., which are designed for surface mount technology. The series provides various impedance values within the 0603 package format to address different filtering needs in modern electronic designs.

Replacement Considerations

Consult official substitution lists for compatible ferrite beads with matching 0603 dimensions and similar impedance characteristics. Verify that any alternative component meets the 200 mA current requirement and maintains comparable high-frequency performance.