概述
加強電子製造的 PoP 組裝
有了 PoP,製造商可以縮小裝置主機板上整合電路的佔用空間,為更強大或更節能的裝置優化空間。此製程通常包括在基板上印刷焊膏、放置邏輯晶片、將記憶體封裝浸入 PoP 助焊劑或焊膏中,然後再流動組裝。Indium Corporation 的 PoP 材料可最大程度地將焊劑或錫膏傳輸至元件凸塊,同時確保量產一致性。
優點
高效率 PoP 組裝的高效能材料
頂級精準度
我們的材料具有理想的黏度和流變性,可確保最大程度地傳導至組件凸點,同時保持一致的體積。
高收益
先進的助焊劑導通技術可減少缺陷並提高整體組裝品質,從而有助於提高生產線末端的良率。
改善潤濕性與可焊性
優異的濕潤性和可焊性對於建立堅固可靠的焊點、確保組裝封裝的機械可靠性和電氣性能至關重要。
應用彈性
材料可透過浸漬或點膠方式塗佈,提供組裝製程的多功能性,且不需要精確控制助焊劑量和回流,可大幅節省設備成本。
套裝產品
Indium Corporation 的 PoP 材料具有最佳的黏度、先進的助焊剂技術和優異的濕潤性。它們提供高良率與應用彈性,可確保強大焊點的精確度與可靠性。
焊膏與助焊劑浸漬深度:II
延續上次的討論……正如各位從先前關於這個主題的貼文中所記得的,我的朋友兼同事克里斯·納什(Chris Nash)和我當時正在討論一些關於低……的令人費解的結果
Solder Paste and Flux Dip Depth: I
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Control Your Materials, or They Will Control You (part 1)
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