10MG680K

Overview

The 10MG680K is a molded non-magnetic inductor manufactured by Gowanda Electronics. It features an axial lead configuration and a compact physical footprint measuring 6.35 mm in length with a diameter of 2.413 mm. The component provides an inductance value of 680 nH and supports a maximum current rating of 495 mA. Its construction utilizes a non-shielded design, making it suitable for applications where magnetic interference must be minimized.

Feature Summary

• Molded non-magnetic construction designed to prevent magnetic field interaction
• Axial lead configuration for through-hole mounting
• Compact form factor optimized for space-constrained environments

Applications

• Medical electronic devices requiring non-magnetic components
• Radio frequency signal filtering circuits
• High-frequency impedance matching networks

Procurement Notes

Verify the specific suffix requirements when ordering, as variations may exist within the product line. Confirm that the axial lead spacing matches your printed circuit board layout constraints. Ensure the 495 mA current rating aligns with your circuit's operational demands to maintain performance integrity.

Selection Notes

Select this component when a non-magnetic inductor is required for sensitive environments such as medical imaging equipment. The axial package facilitates easy integration into standard through-hole assembly processes. Consider the 680 nH value for high-frequency applications where low inductance is necessary for signal processing.

Part Context

This part belongs to Gowanda Electronics' iNRCORE series of molded non-magnetic inductors. The series is engineered for aerospace, defense, and medical sectors where magnetic neutrality is critical. These components are distinguished by their epoxy molding and lack of ferromagnetic materials in the core structure.

Replacement Considerations

Direct substitutes must match the 680 nH inductance, axial package dimensions, and non-magnetic material composition. Verify that any alternative component maintains the same current handling capability and operates within the required frequency range without introducing magnetic interference.