IEEE P1528/D6, March 2013

P1528/D6, March 2013 is a technical standard focused on average specific absorption rate (SAR) in the human head from wireless communications devices. It addresses measurement techniques used to evaluate how radiofrequency energy is absorbed during device operation, which is important for safety assessment and engineering validation. In the context of fields, waves and electromagnetics, P1528/D6, March 2013 supports more consistent testing and more reliable comparison of results for head-exposure measurements.

P1528/D6, March 2013 overview

This standard provides a measurement-oriented framework for assessing average SAR in the human head for wireless communications devices. Its purpose is to help define how testing should be carried out so results are more repeatable and technically comparable. The document is relevant to electromagnetics work where device emissions, exposure conditions, and measurement setup all affect outcomes. For teams reviewing P1528/D6, March 2013, the value lies in having a clearer basis for test planning and interpretation.

Typical use cases

P1528/D6, March 2013 is commonly used when evaluating handheld wireless devices, prototype radios, and other communication equipment intended for close-to-head use. It may support laboratory SAR measurements, validation of test fixtures, and review of exposure-related design decisions. Engineers, test labs, and compliance teams may use it during product development to compare measurement results, refine device positioning, and document how head-exposure testing was performed under controlled conditions.

Why this standard matters

This standard matters because SAR measurement quality can affect safety evaluation, regulatory readiness, and engineering confidence. P1528/D6, March 2013 helps reduce ambiguity in how average head SAR is measured, which can improve consistency between test runs and across organizations. For procurement and compliance workflows, it also provides a technical reference for understanding what testing method was applied, making it easier to assess results, manage risk, and support design or certification decisions.

• Average SAR in the human head
• Wireless communications device testing
• Measurement technique guidance
• Electromagnetic exposure evaluation
• Laboratory consistency and comparison