Selected Article

Title

單向電傳導材料之製造與研究

The Manufacture and Study Of The Uniaxial Electric Transfer Material

Description

[[abstract]]本研究是針對電子連接器做探討,試圖以一種新的接觸觀念來開發新型的電子連接器。就目前電子連接器而言,高密度、超細間隙之連接器在市場應用上已達0.3mm pitch 的程度,而且對一般模具技術及組裝設備技術而言,0.6mm以下產品已經漸漸達到其極限,另外,除了生產工具外,組裝品質的穩定性與功能可靠度亦成為新的挑戰。但是傳統的彈簧夾梢針(SPRING — PIN)的連接器設計觀念,可能已經碰到材料尺寸大小及材料選擇的極限。彈簧銅片的厚度要比目前通用的4 mils(~0.1mm) 更薄,且間距要壓縮至0.5mm以下幾乎是不太實際的要求,因為無論從製造技術或從成本觀念的考量都是不太可能的需求。所以要有新的突破,就必須尋求一種不依賴彈簧夾,也不需要插拔方向與正壓力相垂直的連接器設計觀念,如此,才能真正地解決製造技術的問題,並減少插拔時所產生的磨耗問題。本研究針對此種需求利用多點接觸的觀念,而且將插拔方向與正壓力相垂直改以在正壓力方向平行壓接的構想,試圖以這種新的角度去看連接器的功能,進而創造出不同連接方式,不僅對產業界有革命性影響,在市場應用上亦應會創造出全新的領域。

[[abstract]]The objective of this study is attempted to develop a new type of electric connector with a kind of new contact conception. Currently, the high density and tiny interval connector has attained to 0.3mm pitch degree in market application. But owing to the limitation of module technology and forming device, the stabilization and function reliance of forming quality faces to a new contest. However, the traditional design conception (SPRING — PIN) faces to the restriction of materials size and selection. Because of the fabrication process of 4 mils (~0.1mm) copper sheet and 0.5mm gap is not practical. For a new change of the producing technology to minimize the connector size and to reduce wear debris, it should look for a method to replace spring clip and the pull out direction normal to the stress. This study uses a multi-micro contact concept and changes the pull out direction that is parallel to the stress. The imparity connect mode may make revolution affect for the industry and creates a new scopes in electric connector market.

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Language

chi[[iso]]en_US

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thesis

Subject

連接器

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碩博士論文

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