10 Pcs SMD 6045 Power Inductors, wire wound chip inductors in 6045 package, with inductance options from 2.2 uH to 470 uH and a tolerance of ±20%. This pack includes 10 pieces designed for compact DC power and filtering applications. The inductors are described as 6045 wire wound chip windings with inductance values including 4.7 uH, and are suitable for a range of power electronic designs. Key benefits Flexible inductance options: broad range from 2.2 uH up to 470 uH to fit different DC power and filtering requirements, including a typical 4.7 uH value. Reliable wire wound construction: designed for stable inductance and dependable performance in SMD assemblies. Compact 6045 footprint: 6045 size enables placement in dense PCB layouts and modern compact devices. Pack of 10 pieces: convenient quantity for prototypes, production runs, or spares, helping maintain project continuity. Clear tolerance specification: ±20% tolerance provides predictable performance within design tolerances for cost effective sourcing. Key attributes Functionality: power inductors suitable for energy storage, filtering, and smoothing in electronic circuits. Compatibility: SMD 6045 chip inductors compatible with standard surface mount assembly and reflow processes. Size: 6045 package (approximately 6.0 x 4.5 mm footprint) designed for compact boards. Construction: wire wound chip inductors, offering robust inductance behavior in a small form factor. Performance: inductance range from 2.2 uH to 470 uH with ±20% tolerance, including values such as 4.7 uH within the range. Applications and use cases DCDC converter circuits: serve as input or output chokes in buck, boost, or buckboost converters to store energy and reduce ripple. Power rail filtering: used on sensitive supply lines to suppress noise and stabilize voltage rails in embedded systems and microcontroller projects. Filtering and decoupling: integrate into audio, analog, or PWM signal conditioning to improve signal integrity on compact boards. Notes for usage Confirm exact inductance value per unit in the pack to ensure it meets your circuit requirements, as this set covers a range from 2.2 uH to 470 uH with ±20% tolerance. Verify PCB layout and component placement to optimize performance and minimize parasitics in current or frequency designs.