CPU连接到主总线，而总线桥接器控制CPU与本地总线和网络总线的接通与断开。
CPU is connected to main-bus and bus-bridge controls the connections between main-bus and two sub-buses.
BMC利用简单的串行总线与主处理器和板上其他部件相连。
A BMC links to a main processor and other on-board elements using a simple serial bus.
总线创建后，将更改保存到主配置。
After the bus is created, save the changes to the master configuration.
在主内容窗格中，从总线列表中选择testbus链接。
In the main content pane, select the TestBus link from the list of buses.
单个微控制器通过spi兼容的串行接口控制整组电池监视器，该微控制器也是至主CAN总线的网关。
A single microcontroller controls the entire stack of battery monitors via the SPI-compatible serial interface, and it also is the gateway to the main CAN bus.
尽管从电池系统到主CAN总线有一个接口也许是可取的，但在电池组内部，SPI或I2C通信是有利的。
While an interface from the battery system to the main can bus may be desirable, SPI or I2C communications can be advantageous within the battery pack.
并将现场总线标准中的CAN用于矿井监测系统中，实现一种既能多主网络运行，又经济实用的矿井监测系统的设计思想。
This paper puts forward CAN(Controller Area Network) field bus in the mine monitoring system to realize the design thought that mine monitoring system is economical, which can run at multi-master.
作为现场总线的CAN，是一种开放式互联网络，用以支持多主实时、分布式控制串行通信。
CAN used as the field bus is an opening network for supporting a multiple-master real-time and distributed controlling serial communication.
CAN总线是多主对等系统，支持竞争。
CAN bus was multiple masters equity system, sustained competition.
CAN总线是一种有效支持分布式控制和实时控制的、多主的异步串行通信网络。
Can bus is a kind of network of the asynchronous serial communication that can effectively support the distributed control and the Real_time and the multi-master control.
介绍了一种基于CAN总线的DC - DC控制器的主回路拓扑结构及其控制策略，并详细说明了系统的软硬件设计。
An main circle topology construction of DC-DC controller based on CAN bus and its control strategy are introduced. Designs of hardware and software are described in detail.
恒星的中央计算网络连接到主缆称为总线。
The central compute of the star networks are connected to a main cable called the bus.
首先针对网络控制系统分布式的特点，特别是类似于CAN总线的多主系统，由于没有单一的时钟提供同步机制，影响调度管理的同步。
First, aiming at the distribution of NCS, specially the multi-master system such as CAN, there is no unified network clock, so the scheduling and management are affected.
最后针对某典型工程应用系统—基于PROFIBUS现场总线和PLC的VD精炼炉分散控制系统，考虑了主站plc的延迟，分析了其PROFIBUS现场总线的实时性能。
Finally, for the typical project of VD refining furnace which is based on PROFIBUS and PLC, with consideration of PLC scanning time delay, the real-time performance of PROFIBUS is analyzed.
列读出级采用新型主从两级放大列读出结构，其中主放大器完成电荷到电压的转换，从放大器驱动输出总线来满足一定的读出速度。
In the design of column readout stage, master and slaver structure has been adapted, where master amplifier converts charge to voltage, and slave amplifier works with standby mode to drive output bus.
论文还对通过建立主时钟实现总线系统同步通信机制进行了探讨，并给出了主时钟故障时防止系统崩溃的解决方案。
Meanwhile, the synchronizing communication realized by main clock is discussed, and the solution is brought forth to prevent system from breakdown due to main clock's fault.
列读出级采用新型主从两级放大列读出结构，其中主放大器完成电荷到电压的转换，从放大器驱动输出总线来满足一定的读出速度。
In the design of column readout stage, master and slaver structure has been adapted, where master amplifier converts charge to voltage, and slave amplifier works wit.
借助pci地址映射机制，本课题基于CPCI总线实现了主备间的内存互访，并依此实现了主备间的一致性。
With PCI address mapping mechanism, this research realized the inter-access between host and backup based on CPCI bus and the coherence between host and backup is thus realized.
读和写操作是通过两条公共的数据总线进行的：其中一条联结32个奇数列，另一条联结32个偶数列，用一个公用的主放大器把数据输出。
Read and write-operations are carried out by two common data buses: one is connected with the 32 odd rows, the other is for the 32 even rows. The data output is executed by a common main amplifier.
采用CAN总线网络通信模块SJA1000实现监控主站与底层智能仪表的连接，而仪表作为从站放置在现场。
The connection between the host and the slave intellectual meters is the CAN field bus net communication block SJA1000, and the meters as slave are placed on the industry spot.
节点通过智能网络适配器连接到CAN总线上，从而实现了多主结构网络数据的及时、准确、可靠传递。
Nodes are connected to CAN bus through the adapter of intelligent network, resulting in timely, exact and reliable transfer of multifold main architecture network data.
系统实现了电源模块的设计，提供主电源和备用电源两种方式，同时具体完成了以太网模块、存储电路、总线接口模块等的设计。
This article realizes the design of power module which provides two ways for power: main power and backup power, and completes the design of Ethernet module, and storage module.
基于该有限状态机的MTM总线主通信模块已经设计实现，并在工程中得到应用。性能稳定。
The MTM master module based on this FSM has already been realized and applied to the project, the function is favorable.
PROFIBUSDP是一种多主从总线，采用主站间按令牌方式、从站和主站间按主从方式进行数据通信的工作方式。
PROFIBUS DP is a kind of multi master-slave station structure bus, and the communication between the masters is Token way, and subordination between the master and slaves.
该方案基于USB主/从控制芯片CH375A，在单片机的控制下，实现了CAN总线数据采集系统中嵌入USB主机，从而完成把各节点采集的数据存入U盘，取代了现场数据采集系统必须有一台计算机的模式。
The proposal based on USB Host/Slave controller chip CH375A, realized a USB-Host embedded in CAN bus data acquisition system and stored acquisition data of each node in U flash disk under MCU control.
ASI总线系统由主站、从站和传输系统3部分组成，而传输系统又由两芯asi电缆、A SI电源和数据解耦电路构成。
ASI system consists of the master, the slave and the transmission system. The transmission system is made up of the two wire ASI cable, ASI power supply and the data decoupling circuit.
ASI总线系统由主站、从站和传输系统3部分组成，而传输系统又由两芯asi电缆、A SI电源和数据解耦电路构成。
ASI system consists of the master, the slave and the transmission system. The transmission system is made up of the two wire ASI cable, ASI power supply and the data decoupling circuit.
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