科学方法

DoE for best suitable solder joint

DOE is a method for improving technological processes after it is proved that they are under control. For example; solder joint voiding is a phenomenon that causes empty spaces or voids to occur within the joint. Solder joint voiding often occurs on BGAs and larger pads. Voids are related to flux that’s entrapped in the joint, as well as paste oxidation. A large number of voids will reduce the soldering joint’s reliability. DBG is continuously monitoring and testing the preheat temperature, cooling speed, and different PCB materials to improve the thermo-mechanical reliability of the solder joints. The only way to produce top quality products for major global players.

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寻找最合适的工艺

DOE是质量在得到控制后,对工艺过程进行改进的一种方法。例如,虚焊是焊接部位(焊点)出现空隙或空洞的现象。在BGA和较大的焊盘上经常出现虚焊,在虚焊的空隙处有锡膏或氧化物相关的异物夹杂在其中。
DoE thumbnail 02 - 科学方法
DoE thumbnail 01 - 科学方法
大量的空洞会降低焊接的可靠性。利用DOE方法, 我们持续监测和测试预热温度、冷却速度、不同PCB材料、锡膏、钢网设计以及贴片参数等关键条件,以提高焊接的可靠性。这是全球主流企业生产高品质产品的唯一途径。

Related Case Studies

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