T/ZASDI 0001-2025 Specification for Modeling and Encapsulation of Digital Prototypes for Electromagnetic Compatibility and Protection of Frequency-Using Systems
T/ZASDI 0001-2025 Modeling and Packaging Specification for Electromagnetic Compatibility and Protection of Digital Prototypes using Frequency System
Basic Information
Scope
Scope: This document specifies the terms, definitions, types, modeling and packaging methods for electromagnetic compatibility and protection of digital prototypes of frequency-using systems, and is applicable to the overall units that construct corresponding electromagnetic compatibility digital prototype models based on the frequency-using system data provided by the finished product units, in order to obtain the electromagnetic emission, electromagnetic sensitivity, and electromagnetic vulnerability characteristics of the frequency-using system. Main technical content: This document specifies the terms, definitions, types, modeling and packaging methods for electromagnetic compatibility and protection of digital prototypes of frequency-using systems, and is applicable to the overall units that construct corresponding electromagnetic compatibility digital prototype models based on the frequency-using system data provided by the finished product units, in order to obtain the electromagnetic emission, electromagnetic sensitivity, and electromagnetic vulnerability characteristics of the frequency-using system. 3 Terms and Definitions 4 Overview The modeling and packaging of electromagnetic compatibility and protection digital prototypes of frequency-using systems generally include: a) digital prototype packaging based on electromagnetic parameters; b) digital prototype packaging based on simulation models; c) digital prototype packaging based on test data. 5. Technical Requirements 5.1 Digital Prototype Packaging Based on Electromagnetic Parameters Electromagnetic parameters are the parameters required to characterize the electromagnetic performance of frequency-using systems. By substituting electromagnetic parameters into electromagnetic theory formulas, the electromagnetic performance of equipment such as emission characteristics, reception sensitivity, and vulnerability of sensitive devices can be characterized. Electromagnetic parameters are divided into t