IEEE PC95.1/D3.4, Sep 2018 is a draft IEEE safety standard focused on levels of human exposure to electric, magnetic, and electromagnetic fields from 0 Hz to 300 GHz. It addresses how field exposure is evaluated across low-frequency, radiofrequency, and microwave ranges, making it relevant to engineering work where electromagnetic energy may affect people. As a draft technical document, IEEE PC95.1/D3.4, Sep 2018 is useful for understanding safety criteria, exposure limits, and design considerations tied to fields, waves, and electromagnetics.

About IEEE PC95.1/D3.4, Sep 2018

This draft standard is intended to define safety levels for human exposure to electric, magnetic, and electromagnetic fields over a very wide frequency range. It sits at the intersection of electromagnetic theory and practical safety engineering, where measurement, compliance planning, and equipment design must account for exposure concerns. IEEE PC95.1/D3.4, Sep 2018 is therefore most relevant when teams need technical guidance for evaluating field levels and aligning designs or procedures with recognized exposure criteria.

Where is IEEE PC95.1/D3.4, Sep 2018 used?

IEEE PC95.1/D3.4, Sep 2018 is commonly used in environments where people may be exposed to controlled or incidental electromagnetic fields, such as power systems, transmission infrastructure, RF installations, and equipment development labs. It can support engineering reviews for antennas, wireless hardware, industrial electromagnetic systems, and field-measurement workflows. Because the scope reaches from 0 Hz to 300 GHz, it is relevant to both low-frequency power applications and higher-frequency communications or test setups.

Importance in practice

In practice, this standard helps organizations apply consistent safety expectations when evaluating exposure to electric, magnetic, and electromagnetic fields. That matters for compliance reviews, product design decisions, workplace controls, and test planning, especially when equipment may operate across multiple frequency ranges. Using IEEE PC95.1/D3.4, Sep 2018 can reduce ambiguity in exposure assessment, support safer system integration, and provide a clearer basis for technical documentation and procurement decisions tied to electromagnetic safety.

• Human exposure limits across 0 Hz to 300 GHz
• Electric, magnetic, and electromagnetic field safety
• Relevant to power and RF engineering contexts
• Supports compliance and design review workflows