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磁性材料應用於漆包線絕緣層之節能效果研究

A Study on Developing Energy-Efficient Magnet-Conducting Enameled Wires

摘要


為因應電子產品的小型化與輕量化趨勢,變壓器朝向高頻化發展。高頻變壓器中導線受到集膚效應及近接效應影響而造成導線交流阻抗大幅升高,影響能量轉換效能。為了抑制線圈高頻能量損失,研究將磁性材料應用於漆包線絕緣塗料中,利用磁性材料對導線周圍磁力線的干擾作用,製成能克服高頻效應之節能型漆包線(導磁漆包線),可應用於各式電子產品,達到提升線圈功率的效果。由於節能型漆包線塗布結構的設計與高頻電磁效應息息相關,將透過實驗突破上述問題,並針對製程技術加以開發,使能大量生產多規格產品,將導磁漆包線廣泛運用於各類電子設備,落實節能減碳之目的。

關鍵字

節能 漆包線 變壓器 導磁

並列摘要


The trend of manufacturing smaller and lighter electrical appliances requires that we develop high frequency transformers. The skin and proximity effect from high frequency increases the AC resistance, thereby significantly decreases the efficiency of energy transformation. In order to reduce the energy loss from high frequency circuits, magnetic materials are mixed in the insulating varnish to develop an energy-efficient enameled wire (magnet-conducting enameled wire). By interrupting the magnetic lines of force around the copper wires, the skin and proximity effect can be eliminated.We are working on experiments to overcome the difficulties of high frequency effects and improve manufacturing skills to efficiently produce energy-efficient enameled wires. We hope these energy-efficient magnet-conducting enameled wires will be widely used in electrical appliances.

被引用紀錄


林妍妤(2014)。含鈦半導體陶瓷材料作為載體的燃料電池觸媒研究〔碩士論文,國立中央大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0031-0412201512014458

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