FAQ
Frequently asked questions
We have compiled a list of frequently asked questions and essential knowledge about power inductors, common-mode chokes, transformers, and RJ45 (LAN magnetic components). This information covers from basic product details to their applications and important considerations when using them. Our primary goals include developing high-performance products, minimizing energy loss, and making contributions to sustainability.
Should you not find the answer to your inquiry, please do not hesitate to reach out to our dedicated sales team. We are more than delighted to assist you.
In the operation of inductor products, copper losses and core losses (iron losses) are usually generated. In the circuit, due to the resistance and reluctance of the current flowing through the copper...
Read moreThere are several types of inductors available on the market. How can they be distinguished from each other, and what factors should be considered when choosing the appropriate inductor for a specific...
Read moreEMI and EMC are both terms related to electromagnetic waves, but they describe different concepts. When inductive products operate, they produce an electromagnetic field. These fields can not only affect...
Read moreCommon mode noise refers to the interference generated during signal transmission. It typically refers to the noise that exists simultaneously in a circuit with equal amplitude and phase for positive and negative...
Read moreChoosing the right power inductors for boost and buck converter circuits is crucial for their proper operation. Here are some guidelines to help you make the right selection:
Read moreWhen working with power inductors, it's crucial to take thermal considerations into account to ensure long-term reliability and optimal performance. Here are some important thermal factors to keep in mind:
Read moreIn a DC-DC converter, the inductor plays a critical role in storing and releasing energy to help convert one DC voltage level to another. It acts as an energy buffer, smoothing out the voltage and current...
Read moreThe frequency at which an inductor operates in a circuit can significantly affect its performance. Traditional testing methods often use standard frequencies that may not represent the actual conditions...
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