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 mining value and serving business growth. By leveraging intelligent segmentation and optimization, AI helps improve operational efficiency.
1- Inductors are critical components in the circuits of big data and intelligent devices
With the advent of the era of the Internet of Everything, the market for big data and artificial intelligence (AI) continues to expand, creating a significant demand for passive components. For example, inductors are widely used in AI servers, data center server power supplies, data acquisition devices, intelligent robots, smart control drones, smart gateways, and Internet of Things (IoT) devices. In these applications, inductors provide filtering and choke functions, stabilize signal transmission, and deliver more stable voltage and current to ensure the normal operation of intelligent equipment.
Using high-quality inductors with low loss, high efficiency, and high reliability helps improve power conversion efficiency, achieve energy savings and environmental protection, and enhance system stability and reliability. As a critical component in the circuits of intelligent devices, inductors have become a fundamental technology driving the development and innovation of the big data and AI industries. Through technological innovation, CODACA provides high-reliability inductor solutions and a wide range of inductor product models for the big data and artificial intelligence sectors.
2- Applications of Inductors in Big Data and Artificial Intelligence
After years of independent R&D and market expansion, CODACA’s inductors have been widely applied in the fields of big data and artificial intelligence, with products including high-current power inductors, molded inductors, common mode inductors, and drum core inductors.
2.1 Data Center Server Power Supplies
With the explosive growth of data, data center server power supplies are evolving toward higher power output. Against the backdrop of the industry’s push for green and energy-efficient development, server power supplies are expected to be more energy-saving and environmentally friendly. With the adoption of gallium nitride (GaN) devices in server power supplies, higher requirements have been placed on the materials and designs of magnetic components to fully leverage GaN’s high-frequency and high-temperature operating characteristics.
For inductors, this means they must deliver higher current capacity, superior high-frequency saturation performance, lower core and winding losses, and excellent temperature stability.
Recommended Inductors: CSFU / CSBX / CSAB / CSEB / CSAC / CSHB / CSAG / CPEA
2.2 Data Acquisition Equipment
There are many types of data acquisition equipment, including cameras, access control systems, alarm systems and other intelligent security devices, production data and environmental data acquisition equipment in the industrial sector, as well as biosensor data acquisition in smart healthcare. In the various circuits of these intelligent devices—such as protection circuits, oscillation circuits, power supply circuits, power amplification circuits, and filter circuits—inductors are among the indispensable electronic components. For example, in surge current protection circuits, inductors can prevent sudden current surges from damaging other components and circuits. In filter circuits and power amplification circuits, inductors are also essential for ensuring the accuracy and strength of current signals, making them more stable and clear.
Recommended Inductors: CSFU / CPCF / CSAB / SPD / SPQ / CSTCB
2.3 Smart Gateways & IoT Devices
Inductors are widely used in IoT devices such as smart gateways, industrial IoT systems, and consumer IoT products. The data collected by various IoT devices needs to be transmitted to the backend for processing and analysis. A large number of miniaturized, high-performance inductors are used in IoT devices to enable functions such as wireless communication and data transmission. Through continuous technological innovation, inductors are driving the advancement and transformation of the IoT industry.
Recommended Inductors: CSFU / PK / PKS / SPD / SPRH / SP
2.4 Smart Control Drones
As an aircraft, a drone relies on various electronic components to achieve its complex functions. In smart control drones, inductors are mainly used in wireless communication systems, power management and energy conversion, and motor drive systems. In wireless communication systems, they enhance signals and stabilize transmission, and can also act as filters to reduce interference. In addition, the application of inductors in power management, energy conversion, and motor drive systems provides strong support for the flight performance and safety of drones.
Recommended Inductors: CSAB / CSBX / CSCF / SP / SPRH
2.5 Intelligent Robots
Inductors are also widely used in intelligent machines such as industrial robots, service robots, and special-purpose robots. An intelligent robot is an automated device that integrates advanced technologies from multiple disciplines, including mechanics, electronics, control, sensing, and artificial intelligence, and can mimic or replace humans in performing various tasks. The core components of robots mainly include sensors, reducers, servo motors, actuators, and controllers, all of which have a broad demand for inductors. These inductors are required to feature low loss, high reliability, high current capacity, and compact size.
Recommended Inductors: CSAB / CSHB / CSCF / CSBL / PKS / SPRH / TCB
3- CODACA Provides Customized Inductor Solutions
CODACA offers a comprehensive range of inductors for the big data and artificial intelligence sectors, with over 6,000 standard models available on its official website. In addition to standard products, CODACA can also provide customized inductors and solutions tailored to customer requirements. With in-house capabilities for magnetic core and inductor coil development, CODACA can quickly meet the customized inductor demands of users in big data and AI-related fields.
Furthermore, CODACA operates a nationally accredited CNAS laboratory and a materials analysis laboratory, enabling continuous improvement in product design reliability and material R&D through rigorous testing and analysis. All CODACA inductors undergo stringent testing before market release to ensure safe, reliable, and stable operation in complex environments such as high frequency and high temperature, thereby safeguarding the continuous and stable operation of intelligent devices.