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On August 25, the reporter learned from the State Administration of Market Supervision and Administration that recently, the international standard “Measurement Methods and Test Procedures for Transformers and Inductors for Electronic and Communication Equipment”, which was jointly formulated by experts from the United States, Germany, France, Japan, Italy and other countries, was jointly released by the International Electrotechnical Commission and the Society of Electrical and Electronic Engineers, and officially became a unified technical specification for the field of testing magnetic components in electronic communication around the world. The standard accurately adapts to the development needs of cutting-edge industries such as 5G and AI server power supplies and new energy power conversion, and unifies key test methods such as dynamic capacitors, thermocouple temperature rise, incremental inductance, differential inductance, energy inductance, amplitude inductance measurement, etc., as well as more than ten test processes such as high-frequency operating condition loss and AC resistance, providing a unified and authoritative international technical standard for the R&D, design, performance testing, and quality assessment of global magnetic components.
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On August 25, the reporter learned from the State Administration of Market Supervision and Administration that recently, the international standard “Measurement Methods and Test Procedures for Transformers and Inductors for Electronic and Communication Equipment”, which was jointly formulated by experts from the United States, Germany, France, Japan, Italy and other countries, was jointly released by the International Electrotechnical Commission and the Society of Electrical and Electronic Engineers, and officially became a unified technical specification for the field of testing magnetic components in electronic communication around the world. The standard accurately adapts to the development needs of cutting-edge industries such as 5G and AI server power supplies and new energy power conversion, and unifies key test methods such as dynamic capacitors, thermocouple temperature rise, incremental inductance, differential inductance, energy inductance, amplitude inductance measurement, etc., as well as more than ten test processes such as high frequency operating condition loss and AC resistance, providing a unified and authoritative international technical standard for the R&D, design, performance testing, and quality assessment of global magnetic components.
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