TAIYO YUDEN LCXN Automotive Power Inductors
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TAIYO YUDEN LCXN PowerDescription
TAIYO YUDEN LCXN Automotive Power Inductors offer a 1µH to 15µH inductance range, 7.8A maximum DC current rating, and 690mΩ maximum DC resistance rating. These inductors are available in case sizes ranging from 3030 to 8080 with ferrite or wire-wound core material construction and a frequency range of 8MHz to 95MHz. They are AEC-Q200 qualified, making them suitable for automotive applications.
TAIYO YUDEN LCXN Automotive Power Inductors
Introduction
The TAIYO YUDEN LCXN Automotive Power Inductors are high-performance components designed specifically for automotive applications. With a robust inductance range and high current ratings, these inductors are engineered to meet the demanding requirements of modern vehicles.
Part Description
The TAIYO YUDEN LCXN series offers an inductance range from 1µH to 15µH, with a maximum DC current rating of 7.8A and a maximum DC resistance of 690mΩ. These inductors are available in various case sizes, ranging from 3030 to 8080, and feature either ferrite or wire-wound core material construction. They operate effectively within a frequency range of 8MHz to 95MHz and are AEC-Q200 qualified, ensuring their reliability and performance in automotive environments.

Applications
- Automotive body systems
- Chassis applications
- Infotainment systems
Industries
- Automotive
- Electronics
- Transportation
Usage Ideas
- Automotive Infotainment System: Integrate the LCXN in an infotainment system to manage power supply and signal integrity for audio and video components.
- Electric Vehicle Power Management: Use the LCXN inductors in the power management circuit of electric vehicles to ensure efficient energy distribution.
- Chassis Control Module: Implement the inductors in a chassis control module to stabilize voltage and reduce noise in critical automotive systems.
Conclusion
The TAIYO YUDEN LCXN Automotive Power Inductors are an essential component for modern automotive applications, providing reliable performance and efficiency. Their AEC-Q200 qualification makes them a trusted choice for engineers looking to enhance the reliability of automotive electronic systems.