IEEE 1076.1.1-2004

1076.1.1-2004 is a technical standard for Packages for Multiple Energy Domain Support, with a focus on the engineering details needed to coordinate components, circuits, devices, and systems across more than one energy domain. As a superseded specification, it remains relevant for understanding legacy design and documentation expectations. For engineers working with mixed-domain packages, the standard helps define a clearer framework for compatibility, structure, and product-level consistency.

About 1076.1.1-2004

This standard addresses package-level support for multiple energy domains, which commonly matters when a design must manage different forms of energy within one system boundary. In practical terms, it provides a reference for how such packages are organized, specified, and evaluated in engineering documentation. The scope suggested by the subtitle makes it especially useful for technical teams that need a disciplined approach to integrating components, circuits, and devices while keeping the package requirements coherent and reviewable.

Where is 1076.1.1-2004 used?

1076.1.1-2004 is typically most relevant in engineering environments where multiple energy domains intersect within a packaged system, such as electronic assemblies, control modules, and integrated device platforms. It may be used during specification review, design coordination, and compliance checking for products that combine electrical and related functional domains. The standard can also support procurement and technical documentation when teams need a common basis for describing package behavior and integration expectations.

Importance in practice

In practice, this standard helps reduce ambiguity when multiple energy domains must coexist in one package or subsystem. Clear requirements can improve design control, support more consistent testing, and lower the risk of integration errors during development or manufacturing. For organizations handling legacy specifications, 1076.1.1-2004 can also help preserve traceability across engineering documents and procurement records. That makes it valuable for maintaining consistency, especially where compatibility and reliable system behavior are important.

• Packages for multiple energy domain support
• Engineering coordination across components and circuits
• Legacy technical reference for superseded requirements
• Design, documentation, and compliance alignment