总线控制器

基于嵌入式Web的CAN总线控制器的研究

Research of CAN Filed - Bus Controller Based on Embedded Web

基于FPGA的控制器局部网（CAN）总线控制器设计

A Design of Controller Area Network ( CAN ) Bus Controller Based on FPGA

CAN总线控制器与ARM微处理器的接口时序设计

The Interface Timing Design between CAN Controller And ARM Microprocessor

嵌入式系统和FPGA的总线控制器的设计实现

General Bus Controller Based on Embedding System and FPGA

嵌入式WINCE中CAN总线控制器的驱动设计与实现

Design and Implement of CAN Controller Driver in Embedded Operation System Win CE

LIN总线控制器的关键技术研究与实现

Study and Implementation of the Key Technology in LIN Controller Design

基于I/O传送的PCI总线控制器的设计

Design of PCI Bus Controller Based on I / O Transmit

该文介绍的PCI目标设备总线控制器的IP设计就是航空微电子中心建库工作的组成部分。

The PCI Bus Controller IP is part of the IP library of Aviation Microelectronic Center .

PCI总线控制器的VHDL设计与FPGA实现

VHDL Design and FPGA Implementation for PCI Bus Controller

采用自上而下的设计方法，实现了较困难的PCI总线控制器。

The top-down design methodology is used to realize the PCI bus controller .

把FPGA用作DMA控制器、采集控制器和总线控制器。

FPGA is regarded as DMA controller , acquisition controller and BUS controller .

一种基于总线控制器的SoC功耗分析方法

A System-level Power Analysis Method Based-on SoC Bus Controller

嵌入式微处理器接口总线控制器的CPLD设计

Bus interface controller design for embedded microprocessor using CPLD

基于PCI总线控制器的DMA方式传输数据的实现

Implementation of the DMA Mode Transfer Data Based on PCI Bus Controller

汽车CAN（ControlAreaNetworks）总线控制器是汽车电子控制系统中的核心通信部件，它使得汽车中各个离散的数字设备之间能够进行通信。

The automobile CAN ( Control Area Networks ) bus controller is the core communication component in automobile electrical controlling system . It enables communication among various discrete digital devices in automobile .

上位机通过OPC服务器与总线控制器通信。

Up-machine communicates with bus-controller by OPC server .

基于Veriloghdl语言的CAN总线控制器设计及测试

Design and Test of CAN Bus Controller Based on Verilog HDL

IIC总线控制器IP核设计

Design of an IIC Bus Controller IP Core

HDLC协议RS-485总线控制器的FPGA实现

The Implement of RS-485 Bus Controller Based on HDLC Protocol by a Single FPGA Chip

根据公司和业界IP设计规范和流程实现了AHB总线控制器的IP化。

According to the company and the industry IP design specifications and processes to achieve the AHB bus controller of the IP .

基于MIPS核的片上系统总线控制器设计

A Bus Controller of the System on Chip Based on MIPS Core

现有的PCI总线控制器的实现方法有：采用专用芯片和可编程逻辑芯片。

Now there are two methods to realize the PCI Controller circuit , which are the special chip and the programming logic chip .

从现有技术来看，PCI总线控制器的设计方法有两种：一种采用专用PCI芯片设计；

According to the existing technologies , there are two methods to design PCI interface controller : One is to adopt special-purpose PCI chips ;

基于SDLC协议的同步RS485总线控制器的设计

Design of Synchronous RS 485 Bus Controller Based on SDLC Protocol

1553B总线控制器的有效性测试研究

Study of the Validation Test to 1553B Bus Controller

1553B总线控制器和远程终端软件设计

Design of 1553B 's Bus Controller and Remote Terminal

本论文所设汁的PCI总线控制器以LCD显示器为后端设备，完成PCI主设备与LCD显示器之间的通信。

The designed PCI controller in this-subject , using a LCD display as backend device , performs the communication between PCI master and LCD display .

利用PCI总线控制器来完成对PCI总线的控制和对采集后的数据传输工作，实现了更快速地将数据放入系统内存。

Using the PCI bus controller to finish on PCI bus control and data transmission , after work more quickly realized data into system memory .

针对基于MIPS核的高清晰度电视（HDTV）的片上系统，设计了一种EC总线控制器。

An EC bus controller of high definition television ( HDTV ) based on MIPS IP core is presented .

采用VHDL语言对全功能的I2C总线控制器在FPGA内部进行了硬件IPCore实现，并给出了应用结果。

The hardware IP core based on FPGA for the full function I 2C bus controller is implemented in VHDL , and an application result is given .