设备控制器

全速USB设备控制器接口IP核的设计与实现

Design and Implementation of a Full-Speed USB Device Controller Interface IP-core

MVB1类设备控制器的FPGA设计

The Design of Class 1 MVB Device Controller Based FPGA

PCI总线目标设备控制器的IP设计

The IP Design of the PCI Bus Target Device Controller

USB设备控制器的硬件电路设计与实现

The Hardware Circuit Design and Implement of the USB Device Controller

本设计的目的就是采用FPGA替代MVB1类设备控制器。

The purpose of this paper is to design Class 1 MVB Controller with FPGA .

基于FPGA技术的USB设备控制器的设计

Design USB Device Controller Based on FPGA Technology

其中USB设备控制器达到了与PC机即插即用的目的。

The USB device controller is verified under PC 's plug and play .

USB设备控制器中串行接口引擎的设计

Design of Serial Interface Engine in USB Device Controller

USB设备控制器端点缓冲区的优化设计

Optimized Design of USB Device Controller Endpoint Buffer Regional

一个完整的USB系统包括主机控制器，集线器和设备控制器三个主要端点。

A complete USB system consists of host controller , USB hub and device controller .

通用USB接口设备控制器的研究

The Research of USB Based Device Controller

本文完成了USB设备控制器和主控制器的设计和实现。

In conclusion , this paper realized the USB device controller and USB host controller .

PCI总线从设备控制器的设计与实现

Design and Realization of PCI Target Device Controller

基于ARMSOC与RTOS的专用设备控制器设计

Manufacturing Equipment Controllers Based on ARM SOC and RTOS

在本论文的研究中，重点分析了PCI总线目标设备控制器的设计。

In this research , the design of PCI bus target controller is mainly discussed .

在系统中，进行了嵌入式WEB智能家居中控和电力线节点设备控制器的软硬件设计、制作和调试。

In the system , I designed and adjusted both the hardware and software in the Embedded-WEB IH Center Unit and the equipment controller of the PLC interface .

最后用硬件描述语言对USB设备控制器进行描述，并用仿真工具和综合工具对该设计进行仿真和综合。

Finally the USB controller is described with hardware description language , simulated and synthesized by the tools .

USB2.0设备控制器IP核的Veriloghdl设计

USB 2.0 Device Controller IP Core For Verilog HDL Designs

所设计的USB设备控制器通过了FPGA验证，最终成功地实现了LED灯和主机之间的通信。

And the design of USB device controller is verified under FPGA flow . At last the communication between LED and host is realized .

本文主要通过FPGA器件，利用HDL硬件描述语言，初步完成了USB设备控制器的设计和实现。

This thesis using FPGA devices and VHDL hardware description language to completed the design and realization of USB equipment controller .

在对USB设备控制器的功能进行详细的分析后，采用自顶向下的方法划分系统模块。

After analyzing the USB Device Controller function requirements , the thesis divides the system into several sub-modules by the way of TOP-DOWN .

对PCI总线协议的分析理解是进行PCI总线控制器设计的前提，而对PCI总线设备控制器的功能分析和结构化分是设计的关键。

Its premise is PCI Bus Specification and its sticking point is to analysis the function and architecture of PCI Bus Controller .

MAI管理设备控制器内的所有状态寄存器，并且通过8位并行数据线与设备端MCU进行数据交换。

MAI , which manages all the control status registers , exchange data with MCU through 8-bit data bus .

在设计上，本文采用自顶向下的设计方法，对USB设备控制器进行了模块功能和结构的划分及设计；在验证上，本文对设计进行了功能仿真和时序仿真以及硬件加速验证。

The design of the USB device controller for the division and design of modular function and structure have finished , using top-down design method .

本论文在对PCI总线主设备控制器和目标控制器的功能分析和结构分析的基础上，对PCI总线控制器的整体设计和子模块的划分和实现进行了详细的分析阐述。

All sub modules of PCI Bus Controller , which includes Master device and Target device are also discussed in detail in this paper .

NSRL电源设备控制器的研制

The development of NSRL 's power supplies device controller

MVB四类设备控制器研究

Research on MVB Class 4 Device Controller

并且在此基础上完成了PCI目标设备控制器的ASIC实现，总结了ASIC设计的综合和布局布线方法。

It has also completed ASIC implementation of PCI target controller . And it summarizes synthesis and placing & routing of ASIC design technique .

基于PC/104的EPICS设备控制器

PC / 104-based EPICS device controller

本文主要论述了MVB四类设备控制器研究的设计与实现。

In this essay , design and realization of Class 4 MVB device controller are discussed .