Environmentally Superior Implementation of Electronic Hardware Through Modular Programmable Logic Devices & Eco Design

C. Fitzpatrick, J. Walsh, I. Grout
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引用次数: 2

Abstract

The inclusion of modular functional units is often used as an example of how environmental considerations can be incorporated in the design stage of electronic products. The assumption is that the functional units can be reused at end of life to perform the same task in a different product. The environmental benefit from this practice is only accrued if the feedback loop from recovery to remanufacture is completed. The barriers to the completion of this loop are numerous and concern compatibility, reliability, functionality, flexibility and cost inter alia. This paper discusses the concept of modular digital electronic circuits based on programmable logic device technology and examines their suitability for use in the scheme of an overall Eco-design methodology based on the re-use of such modular units. A comparative streamlined life cycle assessment between this methodology and conventional digital electronics is also conducted to inspect the environmental benefits across the whole life cycle
通过模块化可编程逻辑器件和生态设计实现环境优越的电子硬件
包含模块化功能单元通常被用作电子产品设计阶段如何纳入环境考虑的一个例子。假设功能单元可以在生命周期结束时重用,以在不同的产品中执行相同的任务。这种做法的环境效益只有在从回收到再制造的反馈循环完成后才会产生。完成这一循环的障碍很多,主要涉及兼容性、可靠性、功能、灵活性和成本等方面。本文讨论了基于可编程逻辑器件技术的模块化数字电子电路的概念,并检查了它们在基于此类模块化单元重用的整体生态设计方法方案中的适用性。在此方法和传统数字电子产品之间进行了比较简化的生命周期评估,以检查整个生命周期的环境效益
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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