IEEE PC63.25.2/D0.23, Dec 2023
IEEE Draft Standard for Validation Methods for Radiated Emission Test Sites, 30 MHz to 1 GHz
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About This Item
IEEE PC63.25.2/D0.23, Dec 2023 is a draft standard focused on validation methods for radiated emission test sites in the 30 MHz to 1 GHz range. It addresses how field measurement environments can be checked for suitability when evaluating electromagnetic emissions, which is important for reliable test results in fields, waves, and electromagnetics work. For organizations involved in EMC testing, this technical document helps support consistent site validation and more dependable compliance assessments.
About IEEE PC63.25.2/D0.23, Dec 2023
This standard sets out draft requirements and methods related to verifying radiated emission test sites over a frequency range commonly used in electromagnetic compatibility measurements. IEEE PC63.25.2/D0.23, Dec 2023 is intended to guide how test environments are assessed so that measurements can better reflect the performance of the equipment under test rather than the test site itself. Its focus is technical and practical: helping define acceptable validation approaches for emission testing conditions.
Where is IEEE PC63.25.2/D0.23, Dec 2023 used?
IEEE PC63.25.2/D0.23, Dec 2023 is typically used in EMC laboratories, test houses, and engineering environments that evaluate radiated emissions from electronic and electrical equipment. It is relevant where open-area, chamber, or other controlled test-site measurements must be validated across 30 MHz to 1 GHz. The standard may also support in-house compliance teams, calibration activities, and site qualification workflows for product testing in sectors that rely on accurate electromagnetic measurements.
Importance in practice
In practice, the value of IEEE PC63.25.2/D0.23, Dec 2023 lies in improving confidence in radiated emission measurements. Validation methods help reduce the risk of false passes or false failures caused by an unsuitable test site, supporting more consistent compliance decisions. For engineering and procurement teams, this can improve test repeatability, strengthen documentation, and make site performance easier to compare across facilities. It is a useful reference when measurement integrity matters.
- Radiated emission test site validation
- 30 MHz to 1 GHz measurement range
- EMC compliance testing support
- Site suitability and repeatability checks
- Draft technical guidance for field measurements
- Publication Date: 2024
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Fields, Waves and Electromagnetics
- Official IEEE: Doi link
- This Version: PC63.25.2 (2024)
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