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The AIAC-1008C-10NK-T is a fixed surface-mount inductor from Abracon LLC, featuring an air core and wirewound construction. It provides an inductance of 10 nH with a tolerance of ±10%. The component supports a maximum DC current of 950 mA and has a maximum DC resistance of 6 mOhm. It exhibits a Q value of at least 70 at 150 MHz and a self-resonant frequency of 3 GHz. Designed for operation between -40°C and +125°C, it utilizes standard terminations and is supplied in tape and reel packaging.
Verify the specific ordering suffix to ensure correct packaging format, as variations exist between cut tape and full reels. Confirm that the 10 nH inductance and 950 mA current rating align with your circuit requirements. Check RoHS compliance status if environmental regulations apply to your manufacturing process. Ensure the nonstandard package dimensions fit within your PCB layout constraints before finalizing procurement.
Select this component when a low-inductance, unshielded solution is required for RF applications. The air core ensures linearity and prevents saturation issues common in magnetic cores. Verify that the 6 mOhm DCR meets power loss limits. Consider the 3 GHz SRF to ensure adequate margin above the operating frequency. Compare against other AIAC series variants if different current ratings or inductance values are needed.
This part belongs to the AIAC-1008C series of surface-mount air coil inductors manufactured by Abracon LLC. The series offers various inductance values within the 1008 (2520 metric) package size. These components are designed for general-purpose RF applications where minimal shielding and high self-resonant frequencies are beneficial. The air core construction distinguishes them from ferrite or ceramic core alternatives.
Direct substitutes include other 10 nH, 1008-sized unshielded wirewound inductors from manufacturers such as Murata or TDK. Ensure replacement parts match the 950 mA current rating and 6 mOhm DCR specifications. Verify that the new component also features an air core and similar self-resonant frequency characteristics to maintain circuit performance.