CL2520C Multilayer High Current Chip Inductors | Core Master
CL2520C multilayer high current chip inductors deliver robust performance for charging modules and industrial electronics. Compact design, RoHS certified.
Multilayer High Current Chip Inductors - CL2520C
CL2520C (1008)
CL2520C provides robust current handling and longâterm stability, ideal for charging modules, industrial electronics, and highâload communication systems.
Inductance / Impedance
0.47-6.8 (µH)
Rated Current
1.0-1.8 (A)
Features
- High mounting density of compact circuit due to crosstalk elimination that results from a closed magnetic flux in a ferrite material.
- Suitable for flow and re-flow soldering.
- Available in 3 sizes.
Applications
- Computer motherboards.
- I/O interfaces.
- Various categories of consumer electronics.
Dimensions (UNIT: mm)
A 2.50 ± 0.20 m/m
B 2.00 ± 0.20 m/m
C 1.00 (MAX) m/m
D 0.80 (MAX) m/m
- File Downlaod
Download 
How can you reduce PCB space constraints while maintaining high current performance in next-generation motherboard designs?
The CL2520C multilayer chip inductor solves this challenge with exceptional high mounting density achieved through closed magnetic flux ferrite construction that eliminates crosstalk. Available in three compact sizes with maximum height of 1.00mm, these inductors deliver 1.0-1.8A current handling in an ultra-compact footprint, perfect for dense motherboard layouts. Our engineering team can customize inductance values from 0.47-6.8”H to match your exact specifications. Contact Core Master today for sample evaluation and technical consultation on integrating CL2520C inductors into your next motherboard generation.
Core Master's 40+ years of specialized expertise in power inductor manufacturing ensures that the CL2520C meets the highest quality standards with RoHS certification and SGS quality assurance. Whether you're designing charging modules, industrial electronics, or high-load communication systems, our multilayer chip inductors provide the performance, reliability, and technical support your projects demand. Contact our professional engineering team today to explore customization options and discover how the CL2520C can optimize your circuit design while reducing space constraints and improving overall system efficiency.