IEEE P2718/D10, Aug2023

IEEE P2718/D10, Aug2023 is an approved draft guide for near field characterization of unintentional stochastic radiators, with relevance to power, energy, and electromagnetics work. It addresses how to evaluate emissions and field behavior close to a source when the radiator is not intentionally transmitting a signal. For engineers and test teams working on IEEE P2718/D10, Aug2023, the document helps support more consistent measurements, interpretation, and comparison of near field data.

IEEE P2718/D10, Aug2023 overview

This draft guide focuses on characterization methods for unintentional stochastic radiators, which are sources whose electromagnetic emissions are not deliberately controlled as a communication signal. In practice, the standard is useful for near field assessment, where field variation can be complex and strongly dependent on probe position, geometry, and operating conditions. IEEE P2718/D10, Aug2023 provides a technical framework that can help users improve measurement consistency and support engineering analysis in fields, waves, and electromagnetics applications.

Typical use cases

Typical use cases include near field measurement of electrical and electronic equipment, evaluation of stray emissions from power-related systems, and laboratory characterization of devices that produce stochastic electromagnetic behavior. The guide may also be relevant in testing setups that use field probes, scan systems, or other measurement equipment to map localized emissions. In engineering workflows, IEEE P2718/D10, Aug2023 can support comparative testing, method development, and review of radiated behavior in controlled environments.

Why this standard matters

This standard matters because near field emissions from unintentional sources can be difficult to measure and compare without a defined technical approach. A common guide helps improve repeatability, reduce ambiguity in test results, and support more reliable design decisions. For procurement, compliance planning, and laboratory work, IEEE P2718/D10, Aug2023 can provide a clearer basis for selecting methods and documenting performance, especially where electromagnetic variability affects risk, interpretation, or follow-up testing.

• Near field characterization methods
• Unintentional stochastic radiators
• Electromagnetic field measurement
• Probe and scan-based testing
• Power and electromagnetics applications