0402HS-9N5EJTS

Fixed Inductors Overview

The Delta Electronics/Components 0402HS-9N5EJTS is a fixed wirewound inductor with a ceramic drum core, housed in an unshielded 0402 (1005 Metric) surface-mount package. It features an inductance of 9.5 nH with a ±5% tolerance and a self-resonant frequency of 4 GHz. The component has a DC resistance of 200 mOhm and supports a rated current of 480 mA. It maintains a Q value of 18 at 250 MHz and operates within a temperature range of -40°C to 125°C.

Fixed Inductors Feature Summary

• Unshielded drum core construction for minimal parasitic effects
• High self-resonant frequency suitable for RF applications
• Compact 0402 footprint for high-density mounting

Fixed Inductors Applications

• RF input matching networks
• High-frequency signal filtering
• Impedance matching circuits

Fixed Inductors Procurement Notes

Verify the specific suffix 'J' indicates ±5% tolerance against your design requirements. Confirm RoHS3 compliance status for environmental regulations. Ensure the 0402 package dimensions align with your PCB land pattern. Check for MSL Level 1 handling requirements during assembly.

Fixed Inductors Selection Notes

Select this component when low inductance values are required for RF stages. The unshielded design minimizes magnetic interference but requires careful layout. Verify that the 480 mA current rating meets the circuit's peak load demands. Consider the 200 mOhm DCR impact on insertion loss.

Fixed Inductors Part Context

This part belongs to the 0402HS series of fixed inductors from Delta Electronics/Components. The series offers various inductance values in a standardized 0402 package. These components are designed for general-purpose RF and high-speed digital applications requiring small form factors.

Fixed Inductors Replacement Considerations

Direct substitutes include other 9.5 nH ±5% inductors in 0402 packages from manufacturers like Murata or TDK. Ensure equivalent Q factor and current ratings. Verify pin compatibility and thermal characteristics before substitution.