IEEE 1308-2023

IEEE 1308-2023 is a recommended practice for specifying magnetic flux density and electric field strength meters operating from 10 Hz to 3 kHz. It helps define how these instruments should be characterized so measurements are more consistent and comparable in fields, waves, and electromagnetics work, as well as power and industrial applications. By setting a clear technical basis for meter specifications, the standard supports better selection, testing, and evaluation of equipment used in low-frequency electromagnetic environments.

What is IEEE 1308-2023?

IEEE 1308-2023 provides guidance for instrumentation specifications for meters that measure magnetic flux density and electric field strength across the 10 Hz to 3 kHz range. Its purpose is to help users and manufacturers describe performance characteristics in a structured way, which is important when comparing instruments or verifying measurement behavior. The document is most relevant where low-frequency electromagnetic quantities must be measured with defined technical expectations and repeatable methods. IEEE 1308-2023 is therefore a practical reference for specification and procurement decisions.

Where is IEEE 1308-2023 used?

This standard is commonly used in environments that involve low-frequency electromagnetic field measurement, such as utility and industrial power systems, equipment testing, and engineering laboratories. It may also support field surveys around energized installations, control systems, and other settings where magnetic flux density or electric field strength must be assessed. IEEE 1308-2023 is especially useful when selecting meters, documenting instrument performance, or comparing readings taken with different devices in the 10 Hz to 3 kHz range.

Why is IEEE 1308-2023 important?

IEEE 1308-2023 matters because precise instrument specifications reduce uncertainty in measurement and make results easier to trust. For organizations that rely on electromagnetic field data, the standard can help improve consistency between devices, support acceptance testing, and guide procurement decisions. It also gives manufacturers and users a shared technical reference for performance expectations, which may lower the risk of mismatched equipment, unclear compliance claims, or unreliable readings in sensitive low-frequency applications.

• Magnetic flux density meter specifications
• Electric field strength meter requirements
• 10 Hz to 3 kHz measurement range
• Low-frequency electromagnetic applications
• Instrument comparison and verification