This 10Pcs 0805 Smd Stack Inductor set provides a versatile range of inductances in a compact footprint, suitable for a variety of switching power and signal conditioning applications. The kit includes eight nominal values with a 10% tolerance (68NH) and a total of ten pieces, offering flexibility for different designs without sourcing multiple parts individually. Key benefits Wide inductance range in a single package: 47 nH, 100 nH, 1 uH, 2.2 uH, 4.7 uH, 10 uH, 22 uH, and 100 uH to cover planning for DCDC converters, filters, and decoupling. Small 0805 surfacemount form factor: enables compact PCBs and dense layout configurations. Stack inductors designed for reliable energy storage and filtering in compact designs, helping to meet realworld space constraints. Clear tolerance specification: 10% tolerance (68NH) supports predictable performance in practical circuits. Consolidated procurement: a tenpiece assortment reduces the need to source multiple separate inductors for common design needs. Key specifications Package: 0805 SMD Type: Stack Inductor Inductance values: 47 nH, 100 nH, 1 uH, 2.2 uH, 4.7 uH, 10 uH, 22 uH, 100 uH Tolerance: 10% (68NH) Material: Not specified in the listing Attributes Functionality: Provide energy storage and filtering in power regulation and signal conditioning circuits. Compatibility: Suitable for standard 0805 SMD footprints and surfacemount assembly. Size: 0805 package Material: Not disclosed in the product details Performance: Eight nominal inductance values with a uniform tolerance specification for consistent design outcomes Applications and use cases DCDC converter circuits: use as energy storage inductors in stepdown or stepup regulators, enabling stable output with compact form factors. Power supply decoupling and filtering: place across supply rails to suppress voltage ripple and noise in microcontroller, sensor, and IC power nets. RF and signal conditioning: incorporate in LC networks for impedance matching, filtering, and stability in wireless modules and frequency circuits. Notes for designers Verify the required inductance value and tolerance for your specific circuit to ensure the desired LC response. Consider the overall PCB footprint and layout implications when selecting inductors for dense designs. The listing does not specify current rating or saturation limits; assess your design requirements accordingly and consult detailed part specifications if available.