1) no-interference alteration
无干扰切换
2) switching disturbance
切换干扰
1.
Solutions to the detailed problems of G -type amplifier is proposed such as switching disturbance, loss and speed which are particular to G-type amplifier.
对G类功放特有的切换干扰、损耗和速度等细节问题指出了解决方案。
3) Undisturbed switch
无扰切换
1.
A high availability solution of online dual system based on Linux for industrial computer control system is presented,where hardware topology,software constituent,fault diagnosis & solution and undisturbed switch are proposed and described in detail oriented the request of industrial control.
文章基于Linux操作系统平台的双机热备,针对控制系统的高可用要求,从硬件拓扑、软件构成、故障检测及处理和无扰切换等方面进行全面探讨和详细论述。
4) undisturbed switching
无扰切换
1.
Besides that,the realization of negative pressure control,undisturbed switching between different control modes and pressure fault diagnosis wi.
同时着重讲述了PLC软件在窑尾负压控制、控制方式间无扰切换及负压故障诊断功能中的实现。
5) bumpless switching
无扰切换
1.
The realization of bumpless switching in the system and the software configuration are illuminated.
介绍了300 MW机组全程给水控制系统的工艺流程以及系统配置设计、数据连接方式等,着重说明系统中无扰切换的实现和软件组态过程。
2.
An improved method was developed for inverted pendulum control with the ability to provide bumpless switching of the control.
针对倒立摆控制问题,改进了Fantoni和Lozano所设计的控制方法,提出一种近似实现控制器无扰切换条件。
3.
In this paper,the bumpless switching (BS) techniques in the framework of the DMC/PID/MAN controller are introduced,which is a commonly encountered control scheme.
介绍了DMC/PID/MAN多控制器结构中各控制模式之间的无扰切换方法 。
6) bumpless transfer
无扰切换
1.
The improved bumpless transfer (BT) schemes for dynamic matrix controller (DMC) and generalized predictive controller (GPC) are presented.
提出了关于动态矩阵控制器 ( DMC)与广义预测控制器 ( GPC)的改进无扰切换方法 。
2.
The bumpless transfer and anti-windup techniques in the fieldbus control loops based on the function block connections are presented.
给出基金会现场总线控制系统中,基于功能块链接的各种复杂控制回路内,各功能模块控制模式的无扰切换与抗积分饱和处理技术。
补充资料：摆放式干扰机(见通信干扰设备)
摆放式干扰机(见通信干扰设备)
hand-emplaced jammer
baifongshi gQnraoii摆放式干扰机(hand一emplaeed jam;ner)见通信干扰设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条