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  • BDL compares conventional EMI filters.

    BDL compares conventional EMI filters.

    BDL compares conventional EMI filters.

    12月 22, 2020

    EMI

  • Methods to reduce transients and EMI noise in switching applications.

    Methods to reduce transients and EMI noise in switching applications.

    Methods to reduce transients and EMI noise in switching applications.

    9月 22, 2020

    EMI

  • How to reduce EMI in the design of step-down power converters.

    How to reduce EMI in the design of step-down power converters.

    Modern consumers are more enthusiastic about pursuing and accepting new technologies than ever before. As devices such as smartphones, smart watches, tablets and wearable fitness bracelets are updated, their performance expectations for each new generation of new products will also increase. They not only demand enhanced functions, but also expect devices to become smaller, faster, and run longer than previous generation products. Although this strong desire for the latest products promotes the business development of technology companies, it also poses challenges to the engineers responsible for new designs. In order to create high-density circuits and increase runtime, efficiency must also increase. However, as the electronic components in the design become more compact and densely packed, it becomes more and more important not to cut corners on electromagnetic interference (EMI) related issues.

    9月 16, 2020

    EMI

  • One article knows the difference and connection between EMC/EMI and EMS.

    One article knows the difference and connection between EMC/EMI and EMS.

    One article knows the difference and connection between EMC/EMI and EMS.

    9月 14, 2020

    EMC|EMI