IEEE P63184/CDV/D2, June 2023
models, instrumentation, measurement and numerical methods and procedures (Frequency range of 1 kHz to 30 MHz)
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About This Item
P63184/CDV/D2, June 2023 is a technical standard draft focused on models, instrumentation, measurement and numerical methods and procedures for work in the 1 kHz to 30 MHz frequency range. It is relevant to electromagnetic engineering where controlled measurement practices and consistent analysis are needed to compare results reliably. For organizations handling field, wave, and general engineering applications, P63184/CDV/D2, June 2023 helps define a clearer basis for testing, evaluation, and documentation.
About P63184/CDV/D2, June 2023
This standard addresses the technical framework used in electromagnetic measurement and numerical procedures within a defined mid-frequency range. Its emphasis on models and instrumentation suggests a focus on how measurements are taken, interpreted, and reproduced across different setups. P63184/CDV/D2, June 2023 is therefore useful where engineering teams need a consistent reference for procedure, data handling, and comparison of results in fields and waves applications. The document supports more disciplined technical work when precision matters.
Where is P63184/CDV/D2, June 2023 used?
P63184/CDV/D2, June 2023 is most relevant in laboratories, test facilities, and engineering environments working with electromagnetic measurements from 1 kHz to 30 MHz. It may be used in setup design, calibration-related workflows, numerical modeling, and procedure development for instrumentation-based testing. The standard is also relevant to teams evaluating field behavior, wave interactions, or performance characteristics in controlled technical systems where repeatable methods and clearly defined measurement practice are important.
Importance in practice
In practice, P63184/CDV/D2, June 2023 helps reduce ambiguity in measurement and analysis tasks that depend on accuracy and repeatability. Clear procedures can support better compliance, more consistent procurement decisions, and fewer discrepancies between test results from different instruments or methods. For engineering work in the specified frequency range, a structured standard can improve design control, support risk reduction, and make technical comparisons more dependable across projects, suppliers, and testing environments.
- Frequency range: 1 kHz to 30 MHz
- Models, instrumentation, and measurement methods
- Numerical procedures and technical evaluation
- Electromagnetic fields and wave applications
- Repeatable testing and consistent documentation
- Publication Date: 2023
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Fields, Waves and Electromagnetics; General Topics for Engineers
- Official IEEE: Doi link
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