PC63.7/D rev17, Dec 2014 is an American National Standard Guide for Construction of Test Sites for Performing Radiated Emission Measurements. It provides technical direction for building and evaluating test-site environments used in electromagnetic compatibility work, helping support more reliable radiated emission results. In the field of Fields, Waves and Electromagnetics, this standard is relevant when consistency in measurement conditions matters. It is an inactive standard, but PC63.7/D rev17, Dec 2014 remains useful as a reference for site construction and test setup practices.

About PC63.7/D rev17, Dec 2014

This standard focuses on the construction of test sites intended for radiated emission measurements, where site geometry and environmental control can affect measurement repeatability. PC63.7/D rev17, Dec 2014 is aimed at helping users create test environments that support more dependable emission data and better comparison between measurements. Its guidance is most relevant to electromagnetic test planning, site preparation, and the practical setup of facilities used for compliance-oriented or engineering-based emissions testing.

Where is PC63.7/D rev17, Dec 2014 used?

PC63.7/D rev17, Dec 2014 is typically used in EMC laboratories, antenna and field-measurement facilities, and other test locations where radiated emission measurements are performed. It may support the construction or assessment of open-area test sites, shielded environments, and similar setups used for equipment evaluation. The standard is especially relevant when engineers need controlled conditions for electronic devices, subassemblies, and systems that must be measured for unwanted electromagnetic radiation. It helps align the test site with the intended measurement method.

Importance in practice

In practice, this guide matters because radiated emission results are only as dependable as the test site used to obtain them. PC63.7/D rev17, Dec 2014 can help reduce measurement variability, improve consistency across test campaigns, and support compliance decisions based on clearer data. For organizations that design, procure, or operate EMC test facilities, it offers a technical basis for site construction choices and verification practices. That can lower the risk of misleading results, rework, and disputes over measurement validity.

• Test site construction guidance
• Radiated emission measurement support
• EMC laboratory setup reference
• Controlled measurement environment
• Site consistency and repeatability