发布时间:2024-05-27 17:49:26 - 更新时间:2024年06月29日 15:22
点击量:0
WATCHMAN'S CLOCK SYSTEM
Design code for clock system engineering of civil airport terminal building
1.1 This standard covers installation and maintenance of electric clock system of both electronic and impulse type. 1.2 Time recording
本文规定了智能时钟分配系统的应用要求,主要包括卫星信号、系统指标、工作环境、建设场景、设备选型、馈线选择。 本文件适用于5G BBU集中放置、5G时间同步网络时间源、需要高精度时间同步的集客专线的建设与管理
Technical specification of intelligent clock distribution system
Smart factory—General specification for time synchronization, time management and test in industry automation system
本标准规定了在使用网络通信、本地计算和分布式对象等技术实现的测量和控制系统中,实现时钟精确同步的精确时间协议,以及支持该精确时间协议所需的节点、系统和通信特性。 本标准适用于工业自动化、电信、制造、军事以及电力等领域的测量和控制系统
Precision clock synchronization protocol for networked measurement and control systems
本标准的目的是用钟时(时钟表盘)序数来标识三相互连系统的导体。所用钟时序数以任意原点为起点,以施加其上的电压相序为基础。 采用钟时序数的本标识系统考虑了由于接入电力变压器所产生的并由其绕组的连接方式所决定的相电压矢量的相位移,但不考虑由导体和变压器绕组的阻抗所造成的相位移。因为,该
Identification by hour numbers of the phase conductors of 3-phase electric systems
本标准提出了用钟时(时钟表盘)序数来标识三相互连系统的导体的方法。所用钟时序数以任意原点为起点,以施加其上的电压相序为基础。 采用钟时序数的本标识系统考虑了由于接入电力变压器所产生的并由其绕组的连接方式所决定的相电压矢量的相位移,但不考虑由导体和变压器绕组的阻抗所造成的相位移。因为,该阻抗是随导体
Identification by hour numbers of the phase conductors of 3-phase electric systems
Precision Clock Synchronization Protocol for Networked Measurement and Control Systems
This standard defines a network protocol, the Precision Time Protocol (PTP), enabling accurate and precise synchronization of the real-time clocks
Precision Clock Synchronization Protocol for Networked Measurement and Control Systems
Precision clock synchronization protocol for networked measurement and control systems
This standard defines a protocol enabling precise synchronization of clocks in measurement and control systems implemented with technologies
Precision clock synchronization protocol for networked measurement and control systems
WATCHMAN'S CLOCK SYSTEM
Design code for clock system engineering of civil airport terminal building
1.1 This standard covers installation and maintenance of electric clock system of both electronic and impulse type. 1.2 Time recording
本文规定了智能时钟分配系统的应用要求,主要包括卫星信号、系统指标、工作环境、建设场景、设备选型、馈线选择。 本文件适用于5G BBU集中放置、5G时间同步网络时间源、需要高精度时间同步的集客专线的建设与管理
Technical specification of intelligent clock distribution system
Smart factory—General specification for time synchronization, time management and test in industry automation system
本标准规定了在使用网络通信、本地计算和分布式对象等技术实现的测量和控制系统中,实现时钟精确同步的精确时间协议,以及支持该精确时间协议所需的节点、系统和通信特性。 本标准适用于工业自动化、电信、制造、军事以及电力等领域的测量和控制系统
Precision clock synchronization protocol for networked measurement and control systems
本标准的目的是用钟时(时钟表盘)序数来标识三相互连系统的导体。所用钟时序数以任意原点为起点,以施加其上的电压相序为基础。 采用钟时序数的本标识系统考虑了由于接入电力变压器所产生的并由其绕组的连接方式所决定的相电压矢量的相位移,但不考虑由导体和变压器绕组的阻抗所造成的相位移。因为,该
Identification by hour numbers of the phase conductors of 3-phase electric systems
本标准提出了用钟时(时钟表盘)序数来标识三相互连系统的导体的方法。所用钟时序数以任意原点为起点,以施加其上的电压相序为基础。 采用钟时序数的本标识系统考虑了由于接入电力变压器所产生的并由其绕组的连接方式所决定的相电压矢量的相位移,但不考虑由导体和变压器绕组的阻抗所造成的相位移。因为,该阻抗是随导体
Identification by hour numbers of the phase conductors of 3-phase electric systems
Precision Clock Synchronization Protocol for Networked Measurement and Control Systems
This standard defines a network protocol, the Precision Time Protocol (PTP), enabling accurate and precise synchronization of the real-time clocks
Precision Clock Synchronization Protocol for Networked Measurement and Control Systems
Precision clock synchronization protocol for networked measurement and control systems
This standard defines a protocol enabling precise synchronization of clocks in measurement and control systems implemented with technologies
Precision clock synchronization protocol for networked measurement and control systems