This high performance magnetic components are designed based on established close partnerships with renowned customers, helping engineers breakthroughs the technological problems in energy storage power supplies, automotive electronics, medical electronics, industrial control, audio amplifiers, and other fields, ensuring the provision of efficient, highly reliable, and highly reliable power supplies.
CODACA’s power inductors and other magnetic components enable power innovation and enhance power efficiency, and we also offer free online design tools to help engineers to select the most suitable inductors for the designs based on their complex and special application requirements.
Contact us for technical support or samples.
CODACA Automotive Power Inductors
For today's highly reliable design requirements, CODACA offers a full range of automotive grade magnetics components to improve efficiency, safe, and highly reliable in automotive applications.
CODACA has served customers in tier-one automotive manufacturers and module manufacturers in North America, Europe, Australia and Asia.
● IATF 16949, ISO 14000 certified factories
● CNAS Qualified Lab
● AEC-Q200 testing in-house
● PPAP
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Super High Current Power Inductors - Enhances Power Efficiency
CODACA has established a testing center and material analysis lab with a team of experts who specialize in magnetic materials and product failure analysis. With these advanced facilities and expertise, we are able to self-develop
the magnetic core, and we have introduced series of super high current
power inductors to meet the high temperature, and high current of the
energy storage power supply, photovoltaic applications.
Applications:
● Server power supply ● Photovoltaic inverter ● Industrial power supply ● DC/DC power supply; DC/AC inverter ● 5G communication power supply | ● SMPS power supply ● Energy storage power supply ● Charging pile power supply ● Battery testing equipment ● Agricultural drone ● Solar energy, Wind energy ● Hybrid vehicles applications |
Product features:
● High temperature: Industry leading temperature stability
● Operation temperature up to +155°C with no thermal aging
● High Saturation: up to 300A
● High Reliability
● Increased power conversion
● Utilize cutting-edge magnetic powder technology achieve low loss
● Flat wire: high utilization of winding space delivers low DC resistance
● Customize available
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Customization Capability of Magnetic Products
Customizing products, samples, testing, mass production---all the way fast support
For the past 23 years, CODACA has been dedicated to improving its R&D capabilities in Magnetic technology. We can customized the power inductors and magnetic core according to the customers special needs, and help designers expedite the development of an optimized design.
CODACA’s testing center and material analysis lab with a team of experts who specialize in magnetic materials and product failure analysis to ensure that our products meet the highest industry standards.
● FeSi/ FeSiAl/FeNi Core Manufacturing
● Advanced Metal Alloy Powder Cores
● Molded Construction Techniques
● Litz Wire / Flat Windings
● Automation Equipment Team
Contact us for your Magnetic component requirements.
CODACA Power Inductor Online Selection Design Tools
In order to simplify high current power inductor selection, CODACA developed the free online magnetic products selection design tools to make it fast for engineers to select the right components to meet their increasingly complex and demanding application requirements.
Click this Design tools to make your work easier.
About CODACA
CODACA has focused on developing and manufacturing quality power inductor to serve tier-one global manufacturers for more than 23 years. Through material research and development, CODACA products are built and certified to quickly meet specific customer requirements. CODACA supplies high quality power inductor, common mode choke and customized transformer to these markets: automotive, medical, power supply, industrial, alternative energy, digital amplifier, telecommunications, and motor control.