OPTOCODE encoders are available with a wide range of bus interfaces covering virtually all application areas.
OPTOCODE编码器可提供一个范围广泛的总线接口，涵盖几乎所有的应用领域。
Plans for the second phase, Portland 2.0, involve a service-oriented interprocess communication approach based on D-Bus interfaces.
第二个阶段Portland 2.0的计划包含基于d - Bus接口的面向服务的进程间通信机制。
It boots from the microSD card with no flash memory and hosts new interfaces, including a DB-9 serial connector, integrated 4-port Universal serial Bus (USB) hub, and integrated Ethernet port.
它没有闪存从microsd卡引导，但是有很多新接口，包括一个DB - 9系列的连接器、集成4个端口的UniversalSerialBus (usb)总线、以及集成的Ethernet端口。
OSEK COM is well implemented based on CAN bus, but the detailed interfaces and behaviors are not defined in current specifications.
OSEK COM可以基于CAN总线实现，但具体接口和行为在现有规范中没有定义。
With the communication interfaces of RS-232, RS-485, CAN field bus and Ethernet, it is available for different connection modes of power system.
装置配有RS- 232, RS - 485,CAN现场总线及以太网通信接口，可适用于电力系统的多种接线方式。
Its the fundamental and foremost design for constituting an ADSP2106X application system to expand external memories and interfaces by the external bus port of ADSP2106X.
通过外部总线口扩展外部存储器和接口是构成ADSP2106 X应用系统时最基本、最重要的设计。
And around the architecture the paper analyzes the interfaces of software bus, designs the communication structure in software bus.
最后围绕该结构分析了软件总线的接口，设计了软件总线间的通信结构。
The repeater can connect two CAN-bus subnetworks by use of the built-in can controllers of the two MCU C8051F060s. Two C8051F060s can transmit data through SPI interfaces.
本中继器采用两个C8051F060单片机内置CAN控制器连接不同的子网，两个C8051F 060通过SPI接口进行数据传输。
With analysis of the protocol of PCI bus and some network interfaces, this thesis takes an overview of all requirements of SCC, and presents the general design of SCC.
本文在分析pci总线协议与部分网络接口协议的基础上，描述了SCC的具体业务需求，提出了SCC的总体设计。
Our products are utilized inside industrial control units, as interfaces for field bus applications and for power supplies.
我们的产品作为现场总线应用和电源的接口，在工业控制单元内部得到广泛应用。
In environments where extremely high throughput through several interfaces is required, especially with gigabit interfaces, PCI bus speed must be taken into account.
在需要极端高吞吐量的环境，特别是千兆接口下，就必须考虑PCI总线速度了。
When using multiple interfaces in the same system, the bandwidth of the PCI bus can easily become a bottleneck.
当同一系统使用多个接口时，PCI总线的带宽极易成为瓶颈。
When using multiple interfaces in the same system, the bandwidth of the PCI bus can easily become a bottleneck.
当同一系统使用多个接口时，PCI总线的带宽极易成为瓶颈。
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