芯片设计

系统级芯片设计与SYSTEMC

System-Level IC Design and System C

集成I~2C总线接口的白光LED驱动芯片设计

White LED-driver IC Design with I ~ 2C-Bus Interface

滞环电流控制的大功率LED恒流驱动芯片设计

Design of a High Power LED Driver Using Hysteresis-current Control Technique

用语音处理芯片设计CT机自动播音装置

The Design of Automatic Broadcasting Device on CT with the Chip of Voice Handling

对于系统芯片设计，IP的质量是至关重要的。

The quality of IP is very important for a SoC design .

高精度可编程恒流驱动白光LED芯片设计研究编译程序的诊断程序

Design research on the high-precision programming constant current driver of the white light LED

基于ARM的嵌入式系统的以太网接口芯片设计

The design of ethernet interface chip in the embedded system based on ARM

基于FPGA芯片设计高精度陀螺脉冲计数器

Design of High Precision Gyro Pulse Counter Based on FPGA

反熔丝FPGA在密码芯片设计中的运用

An Application of Antifuse FPGA in Cipher Chip Design

FPGA芯片设计效率的研究

Research on FPGA Chip Design Efficiency

多模数字视频解码SOC芯片设计及研究

Design and Research on Multi-mode Digital Video SOC Decoder Chip

HDTVSOC平台中的MPEG-2变长码解码芯片设计

Design of MPEG-2 Variable Length Decoder Chip for HDTV SoC Platform

IBM公司用大规模集成电路（LSI）芯片设计了多芯片多层陶瓷组件以提高性能和密度

IBM Multichip Multichip Multilayer Ceramic Modules for LSI Chips-Design for Performance and Density

一种基于RSA算法的加密芯片设计

Design for an IC Based on RSA Encryption Algorithm

EDA技术在芯片设计中的发展与应用

Development and application of EDA technology in IC design

本文介绍了现场可编程门阵列（FPGA）技术的特点和结构原理，阐明了它与传统半导体芯片设计制造技术相比，所具有的强大功能和便于开发的优势。

This paper introduces the properties and structure principle of FPGA technology , indicates its powerful function and advantage of easy-developing .

利用微处理器实现ASIC芯片设计的功能验证

Realizing Function Verification of ASIC Chip Design with Microprocessor

SOC与芯片设计方法

The Methodology of SOC

特别是在SoC器件设计中，A/D转换的功率损耗已经成为芯片设计的瓶颈。

For SoC device design , the power consumption of A / D converters has become the threshold .

SOC芯片设计与测试

SOC design and test

全负载下实现高效率的DC-DC转换器芯片设计

Design of high-efficiency DC-DC converter with full load

TD-SCDMA芯片设计中的串扰分析

Crosstalk analysis in TD-SCDMA chip design

EPON专用芯片设计

Design of application specific chip for EPON

数字芯片设计方法由单纯的功能实现向模块化的IP核设计，SOC系统集成方向发展。

The design process of digital chips has to transit from focusing solely on the functional realization to block-realized IP core design – SOC integration .

用XC4000系列芯片设计同步FIFO存储器

Design of Synchronous FIFO Using XCT-Series Devices

介绍了IP核复用技术及微控制器的发展趋势，探讨了国内外微控制器芯片设计的现状；

Development trend of the IP core design with reuse and microcontroller is introduced in this paper , and the present situation of design technologies for microcontroller is discussed .

在集成电路（IC）芯片设计中，验证是芯片设计流程中最复杂、最耗时的环节之一。

In integrated circuit ( IC ) chips design , the verification is one of the most complex and time-consuming step in the chips design flow .

第四章就芯片设计的ASIC设计流程和SoC（系统级芯片）的关键技术进行了介绍；

In chapter four , we discuss the criterion and design flow of a whole ASIC design and SOC design methodology .

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 ;

在PDP驱动芯片设计的过程中，电路仿真技术可以起到降低成本，缩短开发周期的重要作用。

The circuit simulations could reduce the cost and abridge exploitation cycle in design of PDP driver IC .