IEEE 2716-2022
IEEE Guide for the Characterization of the Effectiveness of Printed Circuit Board Level Shielding
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- Language: English
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About This Item
IEEE 2716-2022 is a technical guide for characterizing the effectiveness of printed circuit board level shielding, helping engineers evaluate how well a PCB arrangement limits unwanted electromagnetic interaction. In the field of fields, waves and electromagnetics, this standard supports more consistent assessment of shielding performance, which can be important when sensitive circuitry must operate alongside noise sources. IEEE 2716-2022 is useful for comparing designs, supporting test planning, and improving confidence in electromagnetic compatibility decisions.
IEEE 2716-2022 overview
This standard addresses the characterization of PCB-level shielding effectiveness in a structured way, making it relevant to design and verification work where electromagnetic containment matters. IEEE 2716-2022 provides a common technical reference for evaluating shielding behavior in board-mounted solutions, helping teams describe performance more consistently. For products and systems influenced by fields, waves and electromagnetics, it can support clearer communication between design, test, and procurement functions while reducing ambiguity around shielding-related requirements.
Typical use cases
IEEE 2716-2022 is commonly applied when evaluating printed circuit boards used in compact electronic assemblies, where shielding may affect signal integrity or susceptibility to interference. It is relevant to laboratory characterization, design reviews, and pre-compliance testing for boards that operate near high-frequency components, power electronics, or other noisy subsystems. The guide can also help teams compare shielding concepts, document test outcomes, and align internal methods for boards used in communication, measurement, control, or instrumentation equipment.
Why this standard matters
Good shielding characterization helps reduce uncertainty in electromagnetic performance and supports more reliable design decisions. IEEE 2716-2022 can matter during development because it gives teams a shared basis for assessing effectiveness, rather than relying on informal comparisons or inconsistent test practices. That can improve compliance planning, procurement review, and repeatable verification of board-level shielding choices. In practice, clearer characterization may also help limit redesign risk when electromagnetic compatibility targets are tight.
- Printed circuit board level shielding
- Shielding effectiveness characterization
- Electromagnetic compatibility support
- Design and test reference
- Board-level performance evaluation
- Publication Date: 2023
- Standard Status: Active
- Publisher: IEEE
- Subject: Fields, Waves and Electromagnetics
- Official IEEE: Doi link
- This Version: 2716 (2023)
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