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Application Note
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To improve the safety and efficiency of new energy vehicles, Codaca provides high-performance automotive-grade inductors for automotive BMS
In the automotive BMS system, inductors are primarily used in power conversion, balancing circuits, and filtering circuits, with specific applications and requirements as follows.Codaca has independently developed several series, including automotive-grade molded power inductors, automotive-grade high current power inductors, and automotive-grade common mode chokes, to meet the design requirements of automotive electronics miniaturization, integration, low loss, and high efficiency.
Oct. 24. 2025 -
Codaca: Crafting high-quality automotive-grade inductors with ingenuity to drive innovation and upgrades in automotive electronics products
All along, Codaca has been committed to providing low-loss, high-reliability automotive-grade inductor solutions for automotive electronics, strictly adhering to the IATF16949 automotive quality management system requirements for automotive product quality control. German customers adopt the VDA6.3 standard. At the same time, Codaca strictly selects raw material suppliers and conducts comprehensive incoming material testing. The product development process strictly follows APQP, emphasizing early quality planning, manufacturing process control, process management, quality traceability management, and more. Digital management methods are used to improve production efficiency and achieve full-process traceability of product quality.
Oct. 23. 2025 -
Exploding computing power! Codaca 's high-performance inductors help improve the energy efficiency of data center power systems
Codaca inductors are widely used in data center switches, routers, storage systems, and monitoring systems, including high-current inductors, integral inductors, common-mode/surface mount inductors, and more, all of which can be flexibly customized according to customer needs.
Oct. 22. 2025 -
Low-loss, high-reliability automotive-grade inductors help improve the energy efficiency and reliability of automotive lighting systems
Automotive lighting LED driver power supply circuits utilize numerous power inductors. Due to the complex operating environment of automotive lighting circuits, inductors must withstand multiple challenges, including high temperature, high frequency, high current, mechanical vibration, and shock. Furthermore, they must meet the requirements of small size, electromagnetic interference resistance, and high-density mounting brought about by the miniaturization of automotive electronics.
Oct. 21. 2025 -
Bottom-Electrode Molded Power Inductor Selection Guide
the bottom-electrode molded power inductor, with its compact structure, high reliability, and excellent performance, has become a preferred component for high-density, high-frequency electronic systems. Its comprehensive performance is superior to that of traditional wire-wound inductors, especially in applications pursuing miniaturization, high reliability, and low EMI.
Sep. 25. 2025 -
Generation and Countermeasures of Electromagnetic Interference (EMI) in Electronic Equipment
To help electronic devices solve EMI/EMC issues, Codaca has developed various series of standardized signal line common mode chokes, power line common mode chokes, differential mode chokes, ferrite beads, and various magnetically shielded power inductors.
Sep. 24. 2025 -
What factors should be considered when customizing common-mode chokes?
When designing circuits, if standard off-the-shelf common mode chokes do not meet the requirements, product customization becomes necessary. This ensures the common mode choke can satisfy the circuit's needs for electromagnetic interference (EMI) suppression, structural layout, and other specifications.
Sep. 22. 2025 -
How to Efficiently Select High-Efficiency Power Inductors in DC-DC Converters
To achieve the highest efficiency—that is, the lowest loss—by selecting a good component to smooth the ripple current, it is crucial to ensure that the inductor's core does not saturate and its winding does not overheat when the operating current passes through. This article introduces how to evaluate inductor losses and presents methods for designing and quickly selecting high-efficiency inductors.
Sep. 18. 2025 -
Collaborative Robot Motor Drive Power Systems: An Overview & Inductor Solutions
Inductors are critical components in 48V motor drive power systems, primarily used in DC-DC converters (e.g., Buck, Boost, and Buck-Boost circuits). Their key functions include energy storage, filtering, interference suppression, and ensuring system stability. Selecting low-loss, high-saturation-current, and high-current inductors can significantly improve system efficiency and stability. Additionally, inductors provide robust EMI suppression, reducing the interference of DC-DC switching noise on other sensitive circuits.
Aug. 25. 2025 -
Inductors in AI Servers: Key Requirements, Applications, and Selection Criteria
As reported by IDC and Inspur Information’s 2025 China AI Computing Power Development Assessment, the global AI server market reached $125.1 billion in 2024 and is projected to grow to $158.7 billion by 2025.
Aug. 22. 2025 -
Are IATF 16949 Certification and AEC-Q200 Compliance Enough for Automotive-Grade Magnetic Components?
With 24 years of inductor development expertise, CODACA offers low-loss, high-reliability automotive-grade inductor solutions. We strictly manage quality per the IATF 16949 system, with German customers applying VDA 6.3 standards.
Aug. 21. 2025 -
AEC-Q200 Testing: The Essential Validation for Automotive-Grade Passive Components
AEC-Q200 is the Automotive Electronics Council’s qualification specification for passive components such as capacitors, resistors, inductors, transformers, crystals and fuses. Compliance proves that a device can survive—and keep performing—inside a vehicle for its entire life.
Aug. 20. 2025