IEEE P63195-2 ED2, Feb 2020

P63195-2 ED2, Feb 2020 is a technical standard focused on the computational procedure for electromagnetic field analysis in the 6 GHz to 300 GHz frequency range. It is relevant to engineers working with high-frequency waves, where modeling assumptions and calculation methods can strongly affect results. This document helps define a consistent approach to analysis, supporting more reliable design work, comparison of outcomes, and technical communication for advanced electromagnetic applications.

About P63195-2 ED2, Feb 2020

P63195-2 ED2, Feb 2020 addresses the calculation method behind a specific part of the broader P63195 series, with emphasis on computational procedure rather than general theory. Its scope centers on electromagnetic behavior at frequencies from 6 GHz to 300 GHz, a range commonly associated with wave propagation and high-frequency field effects. For engineers, the standard provides a structured basis for analysis so that results can be evaluated and applied with greater consistency across projects and technical workflows.

Where is P63195-2 ED2, Feb 2020 used?

This standard is typically used in engineering environments that model or assess high-frequency electromagnetic fields, especially where accurate computation is needed across the 6 GHz to 300 GHz range. It may be relevant for antenna-related studies, wave interaction analysis, and other RF and microwave design tasks. Teams involved in simulation, validation, and technical review can use P63195-2 ED2, Feb 2020 as a reference point when comparing computational results or preparing design documentation.

Importance in practice

In practice, P63195-2 ED2, Feb 2020 helps reduce ambiguity in how field calculations are performed and interpreted. That matters when engineering decisions depend on consistent results, repeatable testing, and controlled design assumptions. A defined computational procedure can support compliance efforts, improve procurement clarity, and lower the risk of mismatched analysis between teams or suppliers. For high-frequency work, even small differences in method can affect performance expectations, so a clear standard is valuable.

• Computational procedure for high-frequency fields
• Frequency range: 6 GHz to 300 GHz
• Supports RF and microwave engineering analysis
• Useful for simulation and result comparison
• Technical reference for consistent design review