共找到 41 条与 相关的标准,共 3 页
本文件适用于附录A中定义的各类活性医用植入设备以及相关外围设备。 如果本文件与YD/T 1312.1在特殊条款、定义、缩略语上有冲突,以本文件的规定为准。
Electromagnetic compatibility requirements and measurement methods for wireless communication equipment Part 17: Very low power active medical implantable devices and related peripheral equipment
本文件仅适用于无线通信功能在第2.1.2条所列标准范围内且非无线通信功能在第2.1.3条所列标准范围内的复合型设备。本文件不包含适用于特定目的的天线端口的要求,这些要求通常与有效使用无线电频谱相关。
Electromagnetic compatibility requirements and test methods for composite equipment with integrated communication functions Part 2: Equipment used in industrial environments
本文件适用于道路车辆上含车载以太网端口的产品或系统,包括但不限于含车载以太网端口的车载网关、多域控制器、智能座舱设备等。
Electromagnetic compatibility requirements and measurement methods for Internet of Vehicles communication equipment Part 3: Vehicle Ethernet communication equipment
本文件仅适用于无线通信功能在第2.1.2条所列标准范围内且非无线通信功能在第2.1.3条所列标准范围内的复合型设备。本文件不包含适用于特定目的的天线端口的要求,这些要求通常与有效使用无线电频谱相关。
Electromagnetic compatibility requirements and test methods for composite equipment with integrated communication functions Part 1: Equipment used in residential, commercial and light industrial environments
本文件包括描述有限元法的概念、技术和局限性,并在用于确定空间峰值比吸收率时,规定有限元法验证和不确定性评估的模型和程序,对无线通信设备建模提出建议和指导,并为此类模型和程序中的合成SAR提供基准数据。本文件不推荐具体的SAR限值。 本文件适用于确定空间平均峰值比吸收率(SAR)的数学模型,在人体解剖模型中使用无线通信设备产生的电磁场条件有限元模拟来确定SAR。
Determination of spatial average peak specific absorption rate (SAR) in the human body General requirements for wireless communication equipment (30MHz-6GHz) Finite element method (FEM) calculation of SAR
本文件规定了发送和接收语音、数据、图像的电信终端设备(TTE)的电磁兼容性(EMC)要求、测量方法和性能判据。 本文件适用于发送和接收各种模拟或数字信号的语音、数据、图像的有线电信终端设备。本文件所规定的技术要求和测试方法不适用于无绳电话机和移动通信终端。
Electromagnetic Compatibility Requirements and Measurement Methods for Telecom Terminal Equipment
本文件适用于车载无线通信终端设备,包括用于通信的车载无线中短程通信设备和广域通信设备,如车载蓝牙设备、车载无线局域网设备、车载蜂窝无线通信设备以及其它车载无线通信等设备。
Electromagnetic compatibility requirements and measurement methods for Internet of Vehicles communication equipment Part 2: Vehicle-mounted wireless communication terminals
本文件适用于车载卫星通信设备,包括用于语音通信和/或数据通信的卫星通信设备,如车载卫星电话、车载卫星终端以及车载卫星通信等其它设备。
Electromagnetic compatibility requirements and measurement methods for Internet of Vehicles communication equipment Part 4: Vehicle-mounted satellite communication equipment
本文件适用于车联网路侧无线通信设备,包括用于车联网的车路无线通信终端设备、无线智能交通设备以及无线智能监控设备,如无线智能摄像头、无线信号控制设备和路侧设备等无线通信设备。
Electromagnetic compatibility requirements and measurement methods for Internet of Vehicles communication equipment Part 1: Roadside wireless communication terminals
本文件适用于各种类型的通信测试设备,包括信号发生器、信号分析仪、网络分析仪、通信综合测试仪、信道模拟器等
Electromagnetic compatibility requirements and measurement methods for communication test equipment
本文件规定了在实验室开展电磁兼容检测中所使用电磁兼容检测用电能表检验装置的典型结构、产品性能、电磁兼容检测中的规范性使用等技术要求。 本文件适用于电能表电磁兼容检测中使用的电能表检验装置。
Auxiliary equipment for electromagnetic compatibility testing in the power industry Part 2: Electric energy meter inspection device for electromagnetic compatibility testing
本文件规定了电力行业产品在电磁兼容检测中所使用辅助设备的类型、技术要求,以及试验报告中 的记录信息等。 本文件适用于实验室和现场试验用的电力行业产品的电磁兼容检测辅助设备。
Auxiliary equipment for electromagnetic compatibility testing in the power industry Part 1: General requirements
Procedure for evaluation of electromagnetic exposure to the human body from handheld and body-worn wireless communication devices Part 1: Devices used close to the ears (frequency range 300MHz ~ 6GHz)
Geostationary orbit satellite fixed service network technology coordination method
Electromagnetic compatibility performance requirements and measurement methods for cellular mobile communications equipment Part 17: 5G base stations and their auxiliary equipment
Electromagnetic compatibility performance requirements and measurement methods for cellular mobile communications equipment Part 18: 5G user equipment and auxiliary equipment
Determining the spatial average peak specific absorption rate (SAR) in the human body Wireless communication equipment (30MHz ~ 6GHz) General requirements for calculating SAR using the finite difference time domain (FDTD) method
Electromagnetic compatibility requirements and measurement methods for fixed wireless link equipment and its ancillary equipment
Determine the average peak specific absorption rate (SAR) in the human body. Wireless communication equipment (30MHz~6GHz). Special requirements for calculating SAR using the finite difference time domain (FDTD) method.
Adult head model for numerical assessment of near-field electromagnetic radiation
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