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Printing Embedded Circuits

机译:印刷嵌入式电路

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摘要

Automated manufacturing technologies such as freeform fabrication can greatly reduce the cost and complexity of infrastructure required to manufacture unique devices or invent new technologies. Multi-material freeform fabrication processes under development have the potential to automatically build complete functional devices including electronics. Making this technology available to creative individuals will revolutionize art and invention, but requires extensive simplification and cost reduction of what is still a laboratory technology. The combination of a Fab@Home Model 1 personal fabrication system and commercially available materials allows the demonstration of simple and inexpensive freeform fabrication of functional embedded electrical circuits, and useful devices. Using this approach, we have been able to demonstrate an LED flashlight, functional printed circuit boards in 2-dimensions and 3-dimensions that are actually entirely printed, and a child's toy with embedded circuitry. These results, and the materials and methods involved in producing them will be presented in detail.
机译:自动制造技术,如自由形式制造,可以大大降低制造独特设备所需的基础设施的成本和复杂性或发明新技术。开发下的多材料自由形状制造过程具有自动构建包括电子产品的完整功能设备的潜力。使这项技术可用于创造性的个人将彻底改变艺术和发明,但需要大量的简化和降低实验室技术的成本。 Fab @ Home Model 1个人制造系统和市售材料的组合允许演示功能性嵌入式电路和有用器件的简单且廉价的自由形式制造。使用这种方法,我们已经能够展示LED手电筒,其中2维的功能印刷电路板和实际上完全印刷的3维,以及带有嵌入式电路的儿童玩具。将详细介绍这些结果和制造它们的材料和方法。

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