AIMC-04UHQ-0N5W-T

Fixed Inductors Overview

The AIMC-04UHQ-0N5W-T is a multi-layer RF inductor from the AIMC-04UHQ series, manufactured by Abracon. It features an inductance of 0.5 nH with a tolerance of 0.05 nH and a maximum DC resistance of 0.04 ohms. The component operates within a temperature range of -55°C to +125°C and has a self-resonant frequency of 17 GHz. Packaged in a compact 01005 (0402 metric) surface-mount footprint measuring 0.4 mm x 0.2 mm x 0.3 mm, it is designed for high-frequency applications.

Fixed Inductors Feature Summary

• Ultra-low inductance design optimized for high-frequency RF signal paths
• Compact 01005 surface-mount package for dense PCB layouts
• High self-resonant frequency capability for microwave applications

Fixed Inductors Applications

• RFID tag antenna matching networks
• Wireless sensor node impedance matching
• High-frequency filter circuit components

Fixed Inductors Procurement Notes

Verify that the ordering suffix matches the required inductance value precisely, as minor variations exist within the series. Confirm RoHS compliance status through official documentation before integration. Ensure storage conditions align with manufacturer guidelines to maintain component integrity prior to assembly.

Fixed Inductors Selection Notes

Select this component when sub-nanohenry inductance values are required for ultra-high-frequency circuits. The small form factor supports miniaturized designs where space is constrained. Evaluate thermal performance requirements against the specified operating temperature range to ensure reliability under load.

Fixed Inductors Part Context

This part belongs to the AIMC-04UHQ series, which specializes in multi-layer ceramic RF inductors. These components are engineered for stability and low loss at microwave frequencies, serving as critical passive elements in modern wireless communication hardware and IoT devices.

Fixed Inductors Replacement Considerations

Cross-reference with other 0.5 nH inductors in the 01005 package if supply constraints arise. Verify that substitute parts meet identical self-resonant frequency and Q-factor specifications to maintain circuit performance.