数字集成电路

基于CMOS工艺的中小规模数字集成电路设计浅析

Designing of Middle Scale Digital Integrated Circuit Based on CMOS Technology

应用中规模数字集成电路实现PWM脉冲

Use Medium Scale Digital Integrated Circuit Realizes PWM Pulse

基于Web的数字集成电路仿真

Web-based Simulation of Digital Integrated Circuits

模拟器为高速数字集成电路及高速多芯片模块高速互连的研究和设计提供了强有力的CAD工具和新的概念及方法。

The simulator is useful for the design of highspeed connection in IC and MCM .

高温CMOS数字集成电路直流传输特性的分析

DC Transfer Characteristic Analysis of High Temperature CMOS Digital Integrated Circuits

CMOS数字集成电路的高温电学性能分析

High Temperature Electrical Characteristics Analysis of CMOS Digital Integrated Circuits

现场可编程门阵列（FPGA）是数字集成电路芯片，具有可重新配置的特点。

Field programmable gate array ( FPGA ) is a digital integrated circuit chip and reconfigurable .

随着数字集成电路（IC）设计的规模不断增加，降低功耗变得愈加重要。

As the digital IC design scale is increasing , lower power becomes increasingly important .

GaAs与Si超高速数字集成电路的性能比较

Digital VHSIC Performance Comparison Between GaAs and Si

clockskew是数字集成电路设计中一个重要的因素。

Clock skew is a very important factor in digital IC design fields .

采用CMOS数字集成电路的可编程时间顺序控制器

Programmable Timing Sequence Controller with CMOS IC

利用CMOS数字集成电路研制出一种专用物品监测仪器。

A type of special purpose monitor for merchandises was developed based upon CMOS digital IC .

早期数字集成电路设计基于时序驱动，现在的SOC设计主要采用基于IP重用的设计方法。

Early digital IC design based on timing-driven , now the main SOC design based on IP reuse design .

用VHDL实现虚拟数字集成电路的故障检测

The study and realization on virtual testing digital IC chips in VHDL

该系统可完成微波、毫米波集成电路CAD及砷化镓超高速数字集成电路CAD。

The CAD system can be used to design GaAs microwave and millimeterwave integrated circuits and GaAs very high speed digital integrated circuits .

通过验证，该方法可极大地提高CPU测试图形的生成效率，彻底解决了长期以来CPU及其他复杂数字集成电路的测试图形生成的难题。

This method solves the problem of generating CPU test pattern and other complex digital integrated circuit test pattern .

文章还讨论了CMOS静态数字集成电路高温电学特性的分析方法。

It has discussed the analysis methods of high temperature electrical characteristics of static CMOS digital integrated circuits .

随着数字集成电路迅速发展，MCU已经被广泛用于人们的日常生活。

As the development of digital integrated circuit , MCU has been used in kinds of living fields .

基于VerilogHDL的数字集成电路高层设计环境

High Level Design Environment for Digital Integrated Circuit Based on Verilog HDL

基于PCI总线技术，设计并实现了一种通用数字集成电路自动测试系统。

A universal digital IC automatic test system is designed and implemented based on the technology of PCI bus .

CMOS数字集成电路的各种缺陷集中地反映在输入电流和电源电流这两个参数上。

The major shortcomings of CMOS Digital Integrated Circuit concentrate on two primary parameters : input current and supply current .

利用该系统在片检测了GaAs高速数字集成电路动态分频器内部的高速电信号。

The high-speed electric signals at internal points in the high-speed GaAs digital integrated circuit-dynamic frequency divider were measured .

DVD伺服控制微处理器集成电路的设计严格地遵循深亚微米数字集成电路设计流程。

Design of servo control microprocessor strictly follows the design flow of deep submicron digital IC .

本文的研究内容包括两部分：MOS器件模型参数提取和高速数字集成电路设计。

MOS device parameter extraction and high speed digital IC design are the two main tasks of this paper .

文中给出了利用后端设计的EDA工具对无线内窥镜系统胶囊内数字集成电路进行物理实现的过程。

This paper presents the physical implementation process of the digital ASIC for the wireless endoscope by EDA tools .

本文给出利用0.6μMCMOS工艺设计的4：1复接器集成电路，对CMOS高速数字集成电路设计作初步的研究。

This paper presents the design of a 0.6 μ m CMOS 4:1 Multiplexer . This is a discussion on high-speed digital IC design .

利用CMOS工艺我们就能在一片硅片上生产数字集成电路，模拟集成电路，射频集成电路，从而使我们的集成电路能够实现系统的单片集成。

So , it is possible that to fabricate the digital IC , analog IC , RF IC on a single chip using CMOS technology .

用研制的微波探针在片驱动GaAs高速数字集成电路管芯，使之处于正常工作状态。

For wafer-level testing of high-speed GaAs digital integrated circuits , the drive signal was delivered with a microwave probe made by the authors .

6H－SiC单片NMOS数字集成电路

Monolithic NMOS Digital Integrated Circuits in 6H-SiC

方法针对设备存在的问题，在原系统电路中增加逻辑控制功能及抗干扰措施，设计出组合逻辑电路，采用CMOS数字集成电路实现其功能。

Methods Aim at equipment 's problem , design and add a new CMOS digital circuit on the original circuit to add logic control function and improve the ability of anti-jamming .