IEEE P1309/D1.3, Jul 2013

IEEE P1309/D1.3, Jul 2013 is an approved draft standard focused on the calibration of electromagnetic field sensors and probes, excluding antennas, from 9 kHz to 40 GHz. It provides technical guidance for measuring sensor response across a wide frequency span, helping users compare results consistently and support traceable field measurements. For engineers working with fields, waves, and electromagnetics, this document helps define calibration expectations for instruments used in testing, development, and verification tasks.

What is IEEE P1309/D1.3, Jul 2013?

This draft standard addresses the calibration process for electromagnetic field sensors and probes intended for frequencies from 9 kHz to 40 GHz. Its purpose is to support uniform measurement practice by defining how these devices are evaluated outside of antenna applications. IEEE P1309/D1.3, Jul 2013 is relevant where accurate field sensing is needed for laboratory work, instrument characterization, and controlled electromagnetic measurements. As a technical document, it helps align calibration methods with the performance expectations of sensing equipment.

Where is IEEE P1309/D1.3, Jul 2013 used?

IEEE P1309/D1.3, Jul 2013 is typically used in laboratories, test facilities, and engineering environments that calibrate or verify electromagnetic field sensors and probes. It may apply to equipment used in EMC testing, RF measurement setups, instrumentation validation, and related research or development workflows. The standard is especially relevant when users need repeatable calibration across a broad frequency range and when probe performance must be understood for practical field measurement tasks.

Why is IEEE P1309/D1.3, Jul 2013 important?

Calibration guidance matters because small measurement errors can affect test results, compliance decisions, and design conclusions. IEEE P1309/D1.3, Jul 2013 helps reduce uncertainty by supporting consistent calibration practices for field sensors and probes. That consistency is important when comparing instruments, documenting performance, or maintaining control over measurement quality. For organizations that rely on electromagnetic field data, the standard can help improve confidence in results and lower the risk of unreliable readings.

• Calibration of field sensors and probes
• Frequency range from 9 kHz to 40 GHz
• Excludes antennas from scope
• Supports electromagnetic measurement consistency
• Relevant to lab and test workflows