IEEE 1309-2005

IEEE 1309-2005 is a technical standard for the calibration of electromagnetic field sensors and probes, excluding antennas, over a frequency range from 9 kHz to 40 GHz. It is relevant to fields, waves, and electromagnetics because it helps define how measurement devices are assessed for reliable performance across a wide span of frequencies. For engineers and laboratories, this standard supports more consistent field measurements and improves confidence in test results.

About IEEE 1309-2005

This standard focuses on calibration methods for electromagnetic field sensors and probes that are used to measure fields rather than transmit or receive as antennas do. IEEE 1309-2005 is intended to support measurement accuracy, traceability, and repeatability when evaluating probe response across low-frequency through microwave ranges. In practice, it gives a structured technical basis for calibration work in electromagnetics, helping users compare results more consistently and reduce uncertainty in sensor-based field measurements.

Where is IEEE 1309-2005 used?

IEEE 1309-2005 is commonly used in test laboratories, metrology environments, and engineering teams working with electromagnetic field measurements. It is especially relevant where probes and sensors are used for calibration, verification, or characterization of fields in the 9 kHz to 40 GHz range. Typical applications may include compliance testing, instrumentation setup, measurement system validation, and controlled laboratory work in RF and EMC-related settings. IEEE 1309-2005 helps keep these workflows aligned with a clear calibration approach.

Importance in practice

In practice, this standard matters because field measurements are only as dependable as the sensors and probes behind them. IEEE 1309-2005 supports better calibration control, which can reduce measurement drift, improve consistency between instruments, and strengthen confidence in test reports. For procurement, it also provides a useful reference when selecting calibrated measurement equipment. In engineering and compliance work, that can help lower risk, support repeatable testing, and improve overall measurement quality.

• Calibration of field sensors and probes
• Frequency range: 9 kHz to 40 GHz
• Excludes antennas
• Supports measurement traceability and repeatability
• Relevant to electromagnetics and RF testing