Application Note

To improve the safety and efficiency of new energy vehicles, Codaca provides high-performance automotive-grade inductors for automotive BMS

Date：

2025-10-23

In new energy electric vehicles, the BMS (Battery Management System) acts as a guardian, silently protecting the safety and performance of the battery. It accurately monitors voltage, current, and temperature, preventing overcharging and over-discharge, and enhances endurance through intelligent balancing technology. Inductors play an indispensable...

Codaca: Crafting high-quality automotive-grade inductors with ingenuity to drive innovation and upgrades in automotive electronics products

Date：

2025-10-22

Inductors, as key passive components, are widely used in automotive electronic systems, playing a role in energy conversion, noise suppression, and signal stabilization. With the development of automotive electrification, intelligence, and connectivity, the application value of inductors is increasingly prominent. Their performance is related to th...

Exploding computing power! Codaca 's high-performance inductors help improve the energy efficiency of data center power systems

Date：

2025-10-21

Currently, the accelerated implementation of AI applications has led to a significant increase in power consumption, directly driving up the demand for data center power. According to the International Energy Agency's 2023 data, the energy consumption of global data centers now accounts for more than 3% of global electricity consumption, and the pe...

Low-loss, high-reliability automotive-grade inductors help improve the energy efficiency and reliability of automotive lighting systems

Date：

2025-10-20

With the development of automotive intelligence and electrification, automotive lighting systems are gradually evolving from a single lighting function towards integration, intelligence, and high energy efficiency. The performance of automotive lighting is related to driving safety and the driving experience, while automotive grade inductors, as th...

Bottom-Electrode Molded Power Inductor Selection Guide

Date：

2025-09-25

As electronics technology continues to advance, small size and high-performance inductors are being more widely used in various electronic devices. Among them, 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 electro...

Generation and Countermeasures of Electromagnetic Interference (EMI) in Electronic Equipment

Date：

2025-09-22

In electronic devices, a filter is typically present on the AC input line. This is because, for electronic equipment that incorporates a switching power supply, the primary source of electromagnetic interference (EMI) is the power supply unit itself. The sources of EMI are diverse, including natural phenomena like lightning and the Earth's magnetic...

What factors should be considered when customizing common-mode chokes?

Date：

2025-09-18

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. Customizing a common mode choke requires sele...

How to Efficiently Select High-Efficiency Power Inductors in DC-DC Converters

Date：

2025-09-16

In high-frequency DC-DC converters, an inductor filters the ripple current superimposed on the DC output. Whether the converter is a buck, boost, or buck-boost topology, the inductor smooths the ripple to provide a stable DC output. An inductor's efficiency is highest when the combined iron and copper losses are at their minimum. To achieve the hig...

Collaborative Robot Motor Drive Power Systems: Overview and Inductor Solutions

Date：

2025-08-22

Collaborative robots, as an important branch of industrial robotics, have rapidly emerged worldwide in recent years. With advantages such as high flexibility, safety, and ease of operation, they are widely applied in industries including automotive, medical, and manufacturing, becoming a key component in driving industrial automation and intelligen...

AI Server Requirements for Inductor and Selection Recommendations

Date：

2025-08-21

In recent years, the rapid development of Artificial Intelligence (AI) technology has driven explosive growth in the AI server market. According to the 2025 China Artificial Intelligence Computing Power Development Assessment Report released by IDC and Inspur Information, the global AI server market size reached USD 125.1 billion in 2024 and is exp...

Does IATF 16949 Certification and AEC-Q200 Compliance Qualify Components as Automotive-Grade?

Date：

2025-08-20

If a magnetic component supplier is certified to the IATF 16949 system and its products pass AEC-Q200 testing, does that make them automotive-grade products?In the article “What Do You Know About AEC-Q200 Testing for Automotive Electronics?”, we discussed the significant value of AEC-Q200 testing in ensuring the high quality and safety of automotiv...

What do you know about AEC-Q200 testing for automotive electronics?

Date：

2025-08-19

Unlike ordinary industrial products or consumer electronics, automotive products operate in complex environments and are closely tied to human safety. As a result, the automotive industry has extremely strict quality control requirements for components. For component manufacturers seeking to enter the automotive electronics market, two “tickets” ar...

Empowering AI,CODACA Inductors Are Widely Used in Big Data and Artificial Intelligence Applications

Date：

2025-08-18

In recent years, big data and artificial intelligence (AI) have become hot topics in the technology sector. Big data provides massive volumes of input for AI, enabling algorithms and models to learn and make more accurate predictions and decisions. At the same time, AI technologies can support the processing and analysis of big data, enhancing its ...

CODACA’s High-Reliability Automotive-Grade Inductors Empower Innovation in the Automotive Industry

Date：

2025-08-16

100% Independently Controlled — CODACA’s High-Reliability Automotive-Grade Inductors Empower Innovation in the Automotive Industry"With the increasing functions of new energy vehicles and intelligent connected vehicles, automotive components are showing a trend toward integration, which poses new requirements for the electrical performance and size...

Interpretation: Key Differences Between CODACA Industrial-Grade and Automotive-Grade Molded Power Inductors

Date：

2025-08-15

Customers frequently inquire about the differences between CODACA’s automotive-grade and industrial-grade inductors, as some products look very similar externally. To address these questions, today we will discuss the distinctions from the perspectives of product naming, standard specifications, quality management systems/documentation, product per...