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The LL2012-F1N8S is a miniature multilayer ceramic chip inductor from the Toko America Inc. LL2012-F Series, designed for surface mount applications. It features an EIA standard 0805 footprint and utilizes proprietary laminated ceramic material to achieve high self-resonant frequency performance. Key electrical specifications include an inductance of 1.8nH with a tolerance of ±0.3nH, a maximum DC resistance of 100 mOhm, and a quality factor of 45 at 800MHz. The component operates with a self-resonant frequency of 6GHz and is supplied in cut tape packaging.
Verify the specific ordering suffix and package configuration against the manufacturer's current documentation before purchase. Confirm that the requested quantity aligns with the supplier's available stock levels and minimum order requirements. Ensure compatibility with automated surface mount assembly processes by checking the reel or cut tape specifications provided in the official datasheet.
Select this component when a low inductance value near 1.8nH is required within a standard 0805 footprint. Consider the high self-resonant frequency of 6GHz for applications demanding minimal parasitic effects at higher frequencies. Evaluate the DC resistance limit of 100 mOhm against the circuit's current handling needs to ensure efficient operation without excessive power loss.
This part belongs to the LL2012-F Series of fixed inductors manufactured by Toko America Inc. The series represents a line of miniature multilayer ceramic chip inductors designed for modern electronics requiring small form factors. These components are engineered to provide reliable inductance values while maintaining high Q factors and self-resonant frequencies typical of advanced ceramic technologies.
Consult official substitution lists for compatible parts within the LL2012 family, such as the LL2012-FHL Series, which shares similar footprint characteristics but may differ in electrical parameters. Verify that any alternative component matches the 0805 package dimensions and meets the required 1.8nH inductance specification.