IEEE C95.1-1982

C95.1-1982 is an American National Standard that addresses safety levels for human exposure to radio frequency electromagnetic fields from 300 kHz to 100 GHz. It is relevant to engineers and compliance teams working with fields, waves, and electromagnetics, where exposure control and technical limits are part of system design and evaluation. As a superseded standard, C95.1-1982 also helps identify earlier safety requirements that may still matter in legacy documentation, testing, or procurement review.

Overview of C95.1-1982

This standard provides a technical basis for evaluating radio frequency field exposure in relation to human safety. C95.1-1982 is centered on frequency ranges commonly associated with RF transmitters, antennas, and related electronic systems, making it a practical reference for exposure assessment and engineering decisions. In the context of Fields, Waves and Electromagnetics, it supports consistent interpretation of safety levels, helping organizations align design, measurement, and review activities with an established American National Standard.

Typical use cases

C95.1-1982 may be used when reviewing RF installations, calibrating exposure-related measurements, or documenting safety considerations for equipment that generates electromagnetic fields. It is relevant to antenna sites, communications hardware, laboratory test setups, and other systems where personnel may be near RF sources. The standard can also be useful during legacy equipment evaluation, internal compliance checks, and technical procurement, especially when the required reference is an older safety document rather than a current edition.

Why it matters

For RF engineers and safety reviewers, C95.1-1982 helps bring structure to exposure control and documentation. Using a defined standard can improve consistency in testing, support internal safety policies, and reduce uncertainty when comparing equipment or installation practices. It also matters in legacy contexts, where older designs or archived specifications may still cite this document. Having the standard available can make compliance review, risk assessment, and technical traceability more straightforward.

• RF human exposure safety levels
• 300 kHz to 100 GHz scope
• Fields, Waves and Electromagnetics focus
• Legacy compliance reference
• Engineering and test documentation