IEEE 1004-1987 defines terminology for planar transmission lines, giving engineers a common language for describing flat conductive structures used in power, energy, and industrial applications. This kind of technical document helps reduce ambiguity when comparing line types, discussing design features, or specifying performance requirements. By standardizing definitions, it supports clearer communication across drafting, testing, procurement, and documentation tasks where planar transmission line behavior and geometry matter.

What is IEEE 1004-1987?

IEEE 1004-1987 is a terminology standard focused on planar transmission lines, which are transmission structures formed on or within a flat physical arrangement. Its role is to define terms used in the study, design, and description of these lines so that engineers and technical teams can use the same references consistently. In practice, the standard supports precise discussion of line geometry, electromagnetic characteristics, and related design concepts within electrical and industrial engineering work.

Where is IEEE 1004-1987 used?

This standard is typically used in environments that deal with planar transmission line design, analysis, or documentation, including electrical equipment development, laboratory measurement, and technical specification work. It is relevant when teams need consistent terminology for planar conductors, interconnect structures, or transmission arrangements used in power and energy applications. IEEE 1004-1987 is also useful in technical review, engineering communication, and procurement contexts where exact wording can affect interpretation and comparison.

Why is IEEE 1004-1987 important?

IEEE 1004-1987 matters because consistent definitions help prevent misunderstandings in design and testing work. When planar transmission line terms are used differently by different groups, it can lead to errors in specification, evaluation, or documentation. This standard supports clearer compliance checks, more reliable technical comparison, and better coordination between engineers, suppliers, and reviewers. For organizations working with related power and industrial systems, that consistency can reduce risk and improve decision-making.

• Planar transmission line terminology
• Defined technical vocabulary
• Design and documentation support
• Engineering communication consistency
• Power and industrial application context