Navigating the interconnected nature of advanced materials for consumer electronics
Navigating the interconnected nature of advanced materials for consumer electronics
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DOI：
10.1088/2053-1613/3/2/020301
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发表时间：
2016-06
期刊：
影响因子：
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通讯作者：
Raghu Das
中科院分区：
文献类型：
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作者：
Raghu Das
R Das和汽车内饰。这种方法也不同于MID（模制互连器件），因为IME首先沉积在2D片材上，而MID金属化现有的3D形状。通常，IMD方法倾向于最适合需要大量低复杂度电路的应用。因此，用于汽车和家电行业的机械开关是主要的初始目标。其主要优点是可以开发出具有结构集成电子器件的薄而优雅的设备。供应商声称，这些技术可以通过去除电线和按钮以及缩小PCB尺寸来减轻70%的重量。
R Das and car interiors. This approach is also distinct from MID (molded interconnect device) in that IME first deposits on a 2D sheet whereas MID metallizes an existing 3D shape. In general, the IMD approach tends to be best suited to applications where high volumes of low-complexity circuits are required. Therefore mechanical switches used in the automotive and appliances sectors are the primary initial targets. The key benefits are that thin and elegant devices with structurally-integrated electronics can be developed. These techniques, the suppliers claim, can reduce weight by 70% by removing wires and buttons and by enabling the PCB size to be reduced.