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IPC-1782B establishes minimum requirements for manufacturing and supply chain traceability based on perceived risk. IPC-1782B applies to all products, processes, assemblies, parts, components, equipment used and other items as defined by users and suppliers in the manufacture of printed board assemblies, as well as mechanical assembly and printed board fabrication. IPC-1782B is applicable both for...

The IPC-8921 standard provides and defines industry test methods and guidance for providing performance data on key characteristics and durability of woven and knitted e-textiles integrated with conductive fibers, conductive yarns and/or wires. The IPC-8921 standard also provides classifications for woven and knitted e-textiles, fibers, yarns and wires and includes 20 new terms and definitions for...

The IPC-1782A standard establishes minimum requirements for manufacturing and supply chain traceability based on perceived risk. IPC-1782A applies to all products, processes, assemblies, parts, components, equipment and other items used in the manufacture of printed board assemblies and in mechanical assembly.

IPC-WP-024 is a white paper which discusses the issues associated with reliability of smart textiles (e-textiles structures) following multiple washing cycles and emphasizes efforts that industry and research laboratories must undertake to make e-textile structures more robust and able to be washed similarly to everyday textile products (e.g., underwear, clothing, home textiles and technical...

The IPC-WP-026 white paper explores blockchain as an emerging technology that has a core strength in providing an immutable, auditable, transparent and secure environment for data exchanges. These advantages make it a prime candidate for implementation in the electronics industry. The IPC-WP-026 white paper explores blockchain and its limitations and challenges. It also provides a few directions...

This white paper is a benchmarking exercise of e-textile integrations, providing an introductory categorization of how the current market sector is using textile-based electrical components to achieve integrated functionality. This peer assessment provides a baseline understanding of e-textile process techniques, requirements and resources within this emerging sector.

The lack of a uniform component traceability standard has caused an unnecessary consumption of resources (e.g., time, people, money, etc.) to track events or parts to their sources and to remedy any quality, reliability, etc., issues. Lack of a standard has also made it difficult to uniformly create and appropriately enforce the necessary contracts. This standard establishes minimum requirements...

IPC-8921标准提供并定义了工业测试方法和指南，以提供与导电纤维、导电纱和/或导线相结合的机织和针织型电子织物的关键特性和耐久性的性能数据。 IPC-8921标准还提供了机织和针织电子纺织品、纤维、纱线和电线的经典说明，并包括20个新的电子纺织品术语和定义。

缺乏统一的元器件可追溯性标准已经导致不必要的资源消耗（例如时间、人力、金钱等）来跟踪事件或部件的来源，并补救相关质量、可靠性等问题。标准缺失也导致难以一致地创建和适当地执行必要的合同。 本标准建立了制造商和供应链可追溯性的最低要求，此要求是基于供需双方协商确定（AABUS）的感知风险。本标准适用于所有产品，制程，组件，部件，元器件，所使用的设备以及由供需双方在印制电路板组件制造以及机械组装中定义的其他项目。

IPC-WP-024是一份白皮书，讨论了多次洗涤循环后智能织物（电子织物结构）可靠性相关的问题，并强调了工业和研究实验室必须做出的努力。以使电子织物结构更加坚固，能够像市场上的日常织物（例如，内衣、服装、家用织物和技术织物）一样被清洁或洗涤。 研究人员在商用洗衣机和家用洗衣机洗涤剂多次洗涤循环后，为电子织物提供实验室测试的初始可靠性结论。