SMD high current power inductor
SMD High Current Power Inductors
Our SMD High Current Power Inductors are designed using flat wire construction and feature a surface mount design, enabling them to handle high currents while maintaining low resistance. These inductors are ideal for a wide range of applications, including:
High-efficiency DC/DC converters: Their low resistance minimizes power loss, contributing to higher converter efficiency.
Single and multi-phase buck converters: They provide stable and efficient current flow in these essential power conversion circuits.
Audio filtering applications: Their ability to handle high currents without distortion makes them suitable for demanding audio applications.
High current boost applications: They can efficiently store and release energy in boost converter topologies.
Key Features and Benefits:
Flat wire construction: Maximizes current carrying capability and minimizes DC resistance.
Surface mount design: Enables automated assembly and reduces board space requirements.
High current handling: Suitable for power-hungry applications.
Low DC resistance: Minimizes power loss and improves efficiency.
Compact size: Ideal for space-constrained applications.
Applications:
DC/DC converters
Buck converters
Boost converters
Audio amplifiers
Power supplies
Industrial equipment
EASTERN Advantage:
At EASTERN, we are committed to providing high-quality magnetic components that meet the demanding requirements of today's electronic devices. Our SMD High Current Power Inductors are manufactured using advanced techniques and undergo rigorous testing to ensure superior performance and reliability.
Contact Us:
Contact us today to learn more about our SMD High Current Power Inductors and how they can benefit your applications.
EASTERN - Your Trusted Partner in Magnetic Components






Inductor Supplies - Jepsun Tech Corporation
+86755-29796190 +8615920026751 [email protected]
Huangjiazhongxin building Donghuan Road Longhua District SHENZHEN City, GUANGDONG Prov. CHINA 518000










































