数字逻辑

基于Web的数字逻辑电路虚拟实验室

The dummy digital logic circuit lab based on WEB

超小型PLC数字逻辑程序设计方法的应用

Application of Digital Logic Program Designing Method of Microminiature PLC

基于FPGA的数字逻辑器件开发及优化设计

The Design of Digital Logic Device Based on FPGA and Its Optimization

基于FPGA的可重构系统的出现，引发了计算和数字逻辑样式的变革。

FPGA-based reprogrammable systems are revolutionizing some forms of computation and digital logic .

用FPGA实现数字逻辑分析仪设计

Design of Digital Logic Analytic Instrument on FPGA

测试结果表明，转换集成电路数字逻辑部分的全部功能用FPGA实现，研制的12通道并行光发射模块传输带宽达12？

The converter IC is realized using FPGA . Its transmission bandwidth reaches to 12 ?

介绍超小型可编程控制器（PLC）在循环冷却水系统应用中数字逻辑的程序设计方法。

To introduce digital logic program designing method of microminiature PLC application to circular cooling water system .

USB接口模块及CPLD数字逻辑电路；

Module of USB interface and CPLD digital logic circuit .

电力谐波检测FFT数字逻辑的设计与实现

Design and Implementation of FFT Digital Logic Utilized in Power Harmonic Detection

EDA技术在数字逻辑教学实践中的应用

Application of EDA in " Digital Logic " Teaching Practice

在电路中利用了Veriloghdl语言实现了基于FPGA的数字逻辑设计。

These circuits utilized Verilog HDL to design FPGA .

本文针对视觉检测的快速性和准确性的设计目标，采用FPGA数字逻辑设计和ARM嵌入式开发技术相结合的方法，实现了基于嵌入式的视觉检测系统。

This paper combines FPGA and ARM embedded development technology to achieve a visual detection system for the speed and accuracy goals .

网络隔离器的所有数字逻辑均采用FPGA实现，提高了板卡的可靠性，同时也为板卡的调试和修改增加了灵活性。

The network physical separator is implemented in FPGA which boost the reliability of the board and increase the flexibility in debug .

复杂可编程逻辑器件CPLD专题讲座（Ⅴ）&CPLD的应用和实现数字逻辑单元及系统的设计

Specific Lecture of Complex Programmable Logic Device-Application of CPLD and Designing of Digital Logic Unit and System

采用SPICE程序分析数字逻辑电路的一种方法

A method for analysis of digital logic circuit by the application of spice program

数字逻辑系统的设计离不开计算机辅助设计CAD工具的帮助，尤其是VHDL硬件描述语言。

Now , many digital logic systems cannot do without computer aided design CAD , especially the VHDL Hardware Description Language .

数字逻辑部分的设计采用数字ASIC的前端设计及验证方法。

Digital ASIC front-end design and verification methods is used in digital logic part design .

面向PDP显示的数字逻辑电路及其设计

Introduction and Design of Digital Logic System for PDP

该模糊控制器电路不用CPU，全部算法由数字逻辑电路实现，具有运算速度快的特点，适合于需要高速控制的场合。

No CPU is needed for the fuzzy controller circuit . All algorithms are realized for high speed by digital logic circuits .

EDA的应用，给数字逻辑设计实验教学带来了巨大的教学改革空间。

The EDA application , has brought the huge educational reform space for the numeral logical design experiment teaching .

系统将数字逻辑和数据存储一起设计在了一片高速大容量的FPGA内，大大提高了系统的集成度、可靠性和灵活性。

By implementing all the digital logic function and data storage function with a FPGA , the instrument is greatly enhanced in integration , reliability and flexibility .

介绍一种采用VRML开发的实现数字逻辑电路虚拟实验室交互控制的方法。

This paper describes a design method of interactive control method of virtual digital logic circuit laboratory base on VRML .

芯片采用电压型PWM控制模式同时运用降频保护技术，并设计了全数字逻辑控制的软启动电路。

The chip adopts the voltage PWM control mode , and uses decreasing frequency protection . In the chip , a digital controlled soft-star circuit is contained .

同时，I/O扩展、数字逻辑控制等使用可编程器件CPLD，大大简化了电路设计。

The architecture of the circuit is greatly simplified through the application of I / O extension , digital control logic and programmable CPLD .

此设计方案减小了硬件实现的复杂度，迎合了可编程逻辑器件CPLD对数字逻辑信号进行处理的特点，并给出了用可编程逻辑器件CPLD实现部分的仿真波形。

This scheme reduces the complexity of hardware , caters to the transaction feature of digital logic signal of CPLD , presents simulation waveforms also .

介绍了采用数字逻辑方法，用EPROM存储器为核心设计自动移印机。

This text introduces a method about designing an automatic pad-printing machine based on EPROM .

系统使用并在本文中介绍的关键技术还有PCI接口技术、自动增益控制技术、数字逻辑的CPLD实现技术等。

In the paper has been described that crucial technologies have PCI interface , automatic gain control , CPLD implementing of digital logic and so on .

介绍一种开发数字逻辑电路虚拟实验室的方法，并详细论述所采用的开发语言VRML、建模及交互控制方法。

This paper describes a design method of virtual digital logic circuit laboratory , the developing language-VRML , modeling , and interactive control method .

在分析数字逻辑分析仪触发电路工作原理的基础上，讨论了其触发电路模块的FPGA实现方法，给出了部分电路的程序设计。

Based on the analysis of the principle of digital logic analyzer circuit , this paper discusses the FPGA implementation method of its flip-flop circuit module and presents some programming of part circuits .

在数据采集系统中采用目前先进的CPLD技术实现数字逻辑电路，具有非常广阔的市场开发前景。

Since the advanced CPLD technology is used to produce digital circuit and the data transmission is finished with the EPP technology , extensive market prospect is placed .