Power supply equipment requires electromagnetic compatibility (EMC) design and testing of the main reasons are as follows:
1, in line with regulatory requirements: various countries and regions have relevant regulations and standards, electronic products are required to meet certain requirements in terms of electromagnetic compatibility. These regulations and standards are designed to ensure that electronic equipment in the electromagnetic environment can work properly, while not causing interference with other equipment or the environment. Therefore, power supply equipment requires EMC design and testing to ensure that it meets the requirements of the relevant regulations and standards to obtain the appropriate certification and compliance.
2, to avoid mutual interference: power supply equipment may produce electromagnetic radiation or electromagnetic interference. If the power supply equipment without EMC design and testing, its electromagnetic radiation or interference may affect the normal operation of other equipment, resulting in mutual interference between equipment. Through EMC design and testing, you can control the electromagnetic radiation and interference of power supply equipment, reduce mutual interference between equipment, improve the reliability and stability of the overall system.
3, improve anti-interference ability: power supply equipment needs to work properly in a variety of electromagnetic environments, and at the same time to be able to resist the impact of external electromagnetic interference. EMC design and testing can help power supply equipment to improve its anti-interference capability, reduce the impact of external electromagnetic interference on its normal operation, to ensure its stable and reliable power supply capability.
4, to protect the user and environmental safety: power supply equipment without EMC design and testing, it may cause safety risks to the user and the environment. For example, electromagnetic radiation from power supply equipment may have a potential impact on human health, electromagnetic interference may lead to malfunction or damage to other equipment. By conducting EMC design and testing, the safety of power supply equipment can be ensured and the safety of users and the environment can be protected.
In summary, power supply equipment requires EMC design and testing to comply with regulatory requirements, avoid mutual interference, improve immunity to interference, and protect the safety of users and the environment. This is an important measure to ensure that power supply equipment works properly in the electromagnetic environment.
Translated with www.DeepL.com/Translator (free version)
