IEEE 1309-2013

IEEE 1309-2013 is a technical standard for the calibration of electromagnetic field sensors and probes, excluding antennas, across a wide frequency range from 9 kHz to 40 GHz. It helps define how these measurement devices are characterized so field-strength readings can be compared with greater confidence. For engineers working in fields, waves, electromagnetics, and signal analysis, this redline edition is useful when traceable calibration and measurement consistency matter.

What is IEEE 1309-2013?

IEEE 1309-2013 provides a structured basis for calibrating sensors and probes used to measure electromagnetic fields, while specifically excluding antennas from its scope. The standard addresses instruments intended for electric or magnetic field measurement over radiofrequency and microwave ranges, helping align calibration practice with reliable technical requirements. As a redline document, it is typically used to review changes and compare revisions in a clear engineering context. IEEE 1309-2013 supports more consistent interpretation of calibration methods and measurement results.

Where is IEEE 1309-2013 used?

This standard is commonly relevant in laboratories, test facilities, and engineering groups that evaluate electromagnetic field exposure, probe response, or sensor accuracy. IEEE 1309-2013 may be used when calibrating measurement setups for EMC work, RF instrumentation, device characterization, or compliance testing involving field sensors rather than antennas. It is also useful in workflows where probes are compared against reference conditions and where measurement uncertainty needs to be controlled across the 9 kHz to 40 GHz range.

Why is IEEE 1309-2013 important?

Reliable calibration is essential when field measurements influence design decisions, test reports, or acceptance criteria. IEEE 1309-2013 helps reduce variability between sensors and probes, which supports better repeatability and more defensible results. For organizations handling electromagnetic measurements, the standard can aid procurement, quality control, and verification by giving teams a common technical reference. Using IEEE 1309-2013 may also lower the risk of misinterpretation when comparing instruments or validating performance across different setups.

• Calibration of field sensors and probes
• 9 kHz to 40 GHz measurement range
• Excludes antennas from scope
• Supports RF and electromagnetics testing
• Redline format for revision review