AMPI0612GD100MTA

Fixed Inductors Overview

The AMPI0612GD100MTA is a shielded surface-mount inductor manufactured by Arlitech Electronic Corp. It features an inductance of 10 µH with a tolerance of ±20%. The component supports a maximum DC current of 2 A and exhibits a maximum DC resistance of 250 mOhm. It utilizes a 2628 (6671 metric) package size, designed for high-current applications requiring compact form factors.

Fixed Inductors Feature Summary

• Shielded magnetic structure to minimize electromagnetic interference
• High current handling capability suitable for power circuits
• Surface mount design for automated assembly processes

Fixed Inductors Applications

• LCD panel power supply circuits
• General purpose inductive filtering
• DC-DC converter input or output stages

Fixed Inductors Procurement Notes

Verify availability directly with the manufacturer or authorized distributors as stock levels fluctuate. Confirm that the 2628 package dimensions match your PCB footprint requirements. Ensure the 2 A current rating meets the peak load demands of your specific circuit design before finalizing procurement orders.

Fixed Inductors Selection Notes

Select this component when a 10 µH inductance value is required in a compact 2628 package. The 250 mOhm resistance specification influences efficiency calculations in low-voltage applications. Consider the shielded construction if EMI sensitivity is a concern within the target electronic assembly environment.

Fixed Inductors Part Context

Arlitech Electronic Corp. specializes in inductor manufacturing, primarily serving the LCD panel industry since its establishment in 2001. This product line focuses on providing reliable passive components that meet the stringent electrical and physical requirements of modern display technology power systems.

Fixed Inductors Replacement Considerations

The AMPI0612GD100MTA shares similar specifications with the AMPI0420ED100MTA, though the latter operates at a lower current rating of 1.6 A. Verify package compatibility and current derating curves when substituting between these models to ensure circuit integrity.