IEEE PC37.90.2/D6, Apr 2024
Radiated Electromagnetic Interference Withstand Capability Requirements and Tests
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About This Item
PC37.90.2/D6, Apr 2024 is a technical standard for radiated electromagnetic interference withstand capability requirements and tests, with a clear focus on power, energy and industry applications as well as robotics and control systems. It is used to define how equipment should be evaluated for immunity to radiated EMI in operating environments where control reliability matters. By setting a common testing and performance reference, PC37.90.2/D6, Apr 2024 helps support more consistent design and compliance decisions.
About PC37.90.2/D6, Apr 2024
This standard addresses the ability of equipment to withstand radiated electromagnetic interference without unacceptable loss of function or performance. In practical terms, PC37.90.2/D6, Apr 2024 supports engineering and test planning by describing a focused framework for immunity requirements and test methods. That makes it relevant where electronic controls, power interfaces, or automated functions must remain dependable in electrically noisy surroundings. The document is especially useful when comparing designs, verifying robustness, or aligning acceptance criteria across projects.
Where is PC37.90.2/D6, Apr 2024 used?
PC37.90.2/D6, Apr 2024 is typically used for equipment and systems exposed to radiated EMI in power-related and industrial settings. That may include control cabinets, automation hardware, robotics controllers, monitoring equipment, and other electronic assemblies that must keep operating near energized infrastructure or industrial machinery. It is also relevant to test laboratories and engineering teams that need a shared basis for evaluating immunity performance during development, qualification, or procurement review.
Importance in practice
In practice, PC37.90.2/D6, Apr 2024 helps reduce uncertainty when assessing whether a device can tolerate radiated interference under defined conditions. This matters for compliance work, design verification, and product acceptance because immunity issues can lead to erratic operation, downtime, or inconsistent field performance. Using a recognized standard also improves consistency between suppliers and test programs, making it easier to compare results and manage risk in systems where control reliability is important.
- Radiated electromagnetic interference immunity
- Withstand capability requirements and tests
- Power, energy, and industrial control applications
- Robotics and automation equipment evaluation
- Publication Date: 2024
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Robotics and Control Systems
- Official IEEE: Doi link
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