AIServers usually refer to computers with powerful computing capabilities Servers with the capabilities and dedicated hardware resources to execute machine learning and artificial intelligence workloads. These servers are designed to process large amounts of data and perform complex calculations to supportAIDevelopment and execution of applications.

In response to the demand for high-power power conversion in AI servers, TRIO has developed a high-density inductor process to meet the demand. High-density molded inductors are inductors formed through a heating and pressing process. The device has high current handling capabilities and excellent mechanical strength, and is often used in high-power, high-density electronic equipment. Its design structure and manufacturing process can effectively improve the performance of the inductor, and is particularly suitable for applications requiring high stability, high reliability and high temperature resistance.

High-density thermal compression inductors are characterized by their high current resistance, high temperature resistance and low temperatureEMI has become the preferred component in high power density applications. Its applications include consumer electronics, electric vehicles, industrial equipment andAIPlay an important role in the server, especially in scenarios with high load and high environmental requirements, providing stable and efficient current processing capabilities.

Advantages:

• High saturation current capability: High-density molded inductors can handle higher currents and are less prone to magnetic saturation at high currents. This enables it to maintain stable inductance and efficiency in high-power applications.
• Excellent thermal stability: Since the heating and pressing forming process improves the structural strength of the inductor, this type of inductor can work in high-temperature environments and is suitable for applications with high heat dissipation requirements. Such as electric vehicles, servo systems and industrial power supplies, etc.
• Low electromagnetic interference ( EMI): High-density molded inductors can effectively reduce electromagnetic radiation due to their compact structure, and reduce interference to surrounding electronic equipment through the shielding effect of magnetic materials.
• Durability: It has high resistance ability and can be used in harsh physical environments, such as scenes with strong vibration or limited installation space

Product quick link:

• HM Series 
• FM Series

Links to relevant technical articles

• Module power inductor application