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軟膜捲帶之高精度傳輸定位技術探討

Discussion on Film Tape High-Precision Transfer Positioning Technology

摘要


軟膜捲帶為應用在驅動晶片生產過程的主要輸送方式,因應電子產品導線技術日趨嚴苛,高精度傳輸定位已成為設備發展之重要環節。本文針對驅動晶片封裝技術加以比較,並以捲帶式薄膜覆晶封裝之外引腳貼合為基礎,探討軟膜捲帶之高精度傳輸定位所面臨的問題,最後再提出適當解決方案。

並列摘要


Film tape transport is main method applied to the drive IC production process. As electronic products become more and more demanding in specification, the transfer positioning accuracy of the device IC production has become an important technology. Firstly, the main driver IC packaging technologies compared. Then, review the tape transfer and positioning problems in high-precision outer lead bonding. Finally, propose appropriate solutions.

參考文獻


C. C. Li, C. Y. Ke, C. L. Liu, “High Precision R2R Transportation by Using Composite EPC Technique”, PS-094, IDMC ’11 (2011).
C. C. Li, C. Y. Ke, C. L. Liu, “High Precision R2R Lamination by Using Composite EPC and Nip Control Technique”, PB-02, IDMC ’13 (2013).
久保哲也, 橋本正規, 宮本雄介, ”高精度フリッ プチップボンダ(High-Precision Flip Chip Bonder)” , P.P.70-73, 東芝レビューVol.57 No.1 (2002).
沈更新,LCD驅動IC之封裝與現況,第26-32頁, 電子與材料雜誌,第14期,2002.05。
陸蘇財、廖元璋,高密度COF接合技術,第147-156 頁,工業材料雜誌,200期,92年8月。

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