IEEE 156-1960

156-1960 is an inactive English standard covering IRE Standards on Circuits: Definitions of Terms for Linear Passive Reciprocal Time Invariant Networks, 1960. It provides a shared terminology for circuit analysis, helping engineers and technical teams use the same meanings when describing linear passive reciprocal time-invariant networks. In components, circuits, devices and systems work, this kind of definition standard supports clearer communication, more consistent documentation, and better alignment across design and testing activities.

156-1960 overview

This standard is focused on the definitions used in circuit theory rather than on construction or performance requirements. By defining terms for linear passive reciprocal time-invariant networks, 156-1960 helps establish a common technical language for analysis, modeling, and discussion of network behavior. That makes it useful wherever precise terminology is needed for theoretical work, engineering specifications, or legacy documentation tied to mid-century circuit practice. It is best understood as a reference document for terminology control.

Typical use cases

156-1960 may be consulted when reviewing circuit textbooks, technical papers, design notes, or archived engineering records that use older network-theory language. It is especially relevant for passive reciprocal networks studied in electrical engineering, control-oriented analysis, and signal-related circuit work where time-invariant behavior is assumed. Teams handling legacy components, documentation, or compliance reviews may use it to interpret terminology consistently and avoid ambiguity in specifications, calculations, or historical comparisons.

Why this standard matters

Clear definitions matter in technical work because small wording differences can change how a network is modeled or discussed. 156-1960 helps reduce misunderstandings during design reviews, testing, procurement, and documentation by providing a stable reference for key terms. For organizations working with older standards material, the document can support consistency across specifications and archived records. The result is lower interpretation risk and better traceability when comparing engineering assumptions or communicating circuit behavior.

• Terminology for linear passive reciprocal networks
• Reference for time-invariant circuit language
• Useful for legacy engineering documentation
• Supports consistent analysis and review