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Challenges in Medical Electronic Power Design and Inductor Product Requirements
Inductors play a crucial role in medical power supply systems and must meet the high requirements of medical power supply equipment. Therefore, when selecting products, factors such as high reliability, low noise, high efficiency, and EMI resistance need to be considered. Codaca independently develops and manufactures multiple series of inductors, including high current power inductors, molded inductors, and common mode chokes, which have been widely applied in medical devices and components such as ultrasound detectors, blood analyzers, ventilators, blood pressure monitors, and rehabilitation robots.
Dec. 02. 2025 -
The power technology of AI servers continues to evolve, driving the demand for high-performance inductors
Inductors face multiple challenges in AI server power systems, including high current, small size, high frequency, strong anti-interference, wide temperature adaptation, and low noise. To meet the stringent application requirements under new trends, continuous progress through material innovation, structural optimization, and process upgrades is necessary.Codaca has focused on high-reliability inductor solutions and has launched multiple high-performance inductor products for AI servers and related intelligent devices, covering various categories such as super high current power inductors, compact high current power inductors, and molded low-inductance high-current inductors.
Dec. 01. 2025 -
Selection of power inductor for bidirectional DC-DC converter in household storage
Codaca has provided multiple adapted inductor solutions for residential bidirectional DC-DC converters through independent R&D and technological innovation, contributing to green and low-carbon development. CODACA has launched multiple models of high current power inductors, offering various electrical characteristics and package designs to meet the high-performance requirements of the inductors for this application.
Nov. 28. 2025 -
Decoding Qualcomm Automotive Domain Controller first-stage Power Supply Design: Performance Test Measurement Analysis
As an important component of the first-stage power supply in automotive domain controllers, the performance of inductors is crucial to the reliability and conversion efficiency of DC-DC switching power supplies. In this design solution, the CODACA automotive-grade Molded Power Inductor VSEB0660-1R0M is adopted.
Nov. 27. 2025 -
High-reliability automotive-grade inductors help make automotive cockpits more efficient and smarter
Cabin design is related to the driving and riding comfort and safety of a vehicle. Smart cabins integrate various IT and artificial intelligence technologies to create an integrated digital platform inside the car, providing drivers with a smart experience and promoting driving safety.
Nov. 26. 2025 -
CODACA Launches CPRX Series Ultra High Current Power Inductors for High Power Applications
CODACA has released the CPRX series ultra high current power inductors, engineered to deliver superior performance and reliability for high power applications, including DC-DC converters, renewable energy storage, industrial control, and motor drives.
Oct. 25. 2025 -
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 -
CODACA Launches VSTP Series Automotive Grade Common Mode Chokes for Reliable Power Line Noise Suppression
CODACA has introduced the VSTP series automotive grade common mode chokes, engineered to provide high impedance, low profile performance, and superior vibration resistance for automotive electronic power systems.
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 -
CODACA Launches VPD1715F Series Automotive Grade Digital Amplifier Inductors
CODACA has introduced the VPD1715F series, a new line of automotive grade digital amplifier inductors designed to deliver high fidelity sound, low distortion, and reliable performance in compact high power audio applications.
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