quartus ii

Design and Simulation of Digital PID Controller Based on Quartus II

基于QUARTUSII的数字PID控制模块设计与仿真

The Application of Quartus II 4.1 in the Comprehensive Experiment Teaching

QUARTUSII4.1在综合性实践教学中的应用

A digital frequency meter designed with FPGA development software Quartus II is introduced .

介绍了一种运用FPGA开发软件QuartusⅡ设计的数字频率计。

The simulation results of QUARTUS II demonstrate the correctness of the design .

QUARTUSII中的仿真结果证明了设计的正确性。

At last , the paper offers timing simulator of key signals with Quartus II .

文章最后给出了主蔓控制信号的QuartusⅡ的时序仿真。

Verilog HDL language is used in the Quartus II software to complete design and simulation .

采用Veriloghdl语言，在QUARTUSII软件下完成设计及仿真验证。

CPLD program design was achieved by using VHDL language in Quartus II 9.0 compiling environment .

在QUARTUSII9.0编译环境下应用VHDL语言编程实现了CPLD程序设计。

It verifies the program in Matlab by analyzing the data derived from Quartus II .

通过将QUARTUSII中的数据导出，在Matlab中进行分析，验证了设计的正确性。

The time delay simulation has been done by Quartus II , and the result of simulation is satisfactory .

在QUARTUSII软件中进行了后仿真，得到了满意的结果。

Finally , the system engineering is synthesized and placement and routing is completed in Quartus II .

最后使用QuartusⅡ将整个系统工程文件综合、布局布线。

The digital control could be realized with VHDL language and graphic chart based on the Quartus II software .

在QUARTUSII软件开发平台下，利用VHDL硬件描述语言和原理图输入方式可实现数字化控制。

The functions of UART are simulated in Quartus II 4.0 successfully .

设计的UART在QUARTUSII4.0中通过了全部功能仿真。

Lastly , on the basis of board-level system design , using FPGA developing software Quartus II for logic design .

接着，在确定板级系统设计方案上，采用FPGA开发软件QUARTUSII对器件进行逻辑设计。

All designs have been synthesized and simulated successfully on the platform of Quartus II 4.0 .

所有设计均在QUARTUSII4.0上成功地进行了综合、仿真。

Using the VHDL language designed the receive module and the transmit module , basing on QUARTUS II software designed top application .

同时通过VHDL语言设计接收和发送模块，基于QUARTUSII软件电路原理图输入法设计顶层应用。

Quartus II Verilog-With the signal processing functions .

用函数对信号进行处理。

Finally , by analyzing different modules based on FPGA , the receiver of MSK System was realized on the Quartus II platform .

最后，分析了各个模块的FPGA实现结构，并在QUARTUSII平台上实现MSK系统的接收端。

Firstly , the PWM hardware was implemented with VHDL using top-to-bottom and modularization design method under the Quartus II environment .

首先，在QUARTUSII环境下，采用自顶向下、模块化的设计方法，基于VHDL实现了PWM硬件。

In the design , using built-in since test method , the various modules by VHDL language description , and in Quartus II environment realize simulation .

在设计中，采用内建自测试的方法，各个模块通过VHDL语言描述，并且在QUARTUSII环境下实现仿真。

By using the Verilog hardware description language to develop under the Quartus II 6.0 software platform , simulation and debug has been made to test the logical control system .

完成了激光打印机逻辑控制系统的软件设计与实现，采用Verilog硬件描述语言在QUARTUSII6.0软件平台下进行开发，对逻辑控制系统进行了仿真及调试。

At first , each algorithm is implemented in MATLAB , and its simulation result is used as reference . Then the logic design and simulation are achieved in Quartus II .

本文首先在MATLAB中实现了各算法的软件仿真，并以其结果作为参照，在QUARTUSII软件平台上进行各算法的逻辑设计。

A model of DPSK modulation and demodulation system with base band signal are simulated on the basis of a FPGA development platform Quartus II 3.0 developed by Altera .

用Altera公司的FPGA开发平台QUARTUSII3.0实现了一个对基带信号的DPSK调制解调系统模型的仿真。

Within the Quartus II development environment , using the FPGA chip manufactured by Altera Corporation , and the VHDL language design , the modules mentioned above are completed .

在QuartusⅡ开发环境下，使用Altera公司FPGA芯片，采用VHDL语言设计并实现了上述模块。

Set up project files and integrated the function module use the Quartus II software . Completed the on-chip system design and compilation and generate the FPGA configuration files and project files .

用QuartusⅡ软件建立了工程文件，整合了功能模块，完成了片上系统的设计和编译工作，并生成了FPGA配置文件和工程文件。

With Quartus II we did the RS ( 31 , 19 ) hardware implementation and simulation of encoding and decoding , and download to FPGA for verification .

在QUARTUSII上进行了RS（31,19）编码和译码的硬件实现和仿真，并下载到FPGA上进行验证。

The software design includes logic designs inside FPGA and Nios II control programs . Programs are designed , compiled and debugged in Quartus II and Nios II IDE .

软件程序设计主要包括FPGA内部逻辑设计和NIOSii控制程序设计两部分，采用QUARTUSII和NIOSii开发环境进行程序编写、编译和调试。

And this paper detailedly discusses the method of realization of the carrier wave and bit synchronization , and designs and realizes the bit synchronization clock extraction under Quartus II IDE .

并详细分析讨论了载波同步和位同步的实现方法，在QuartusⅡ仿真环境下设计实现了位同步时钟的提取。

Design for the system that is on the plat of Quartus II 5.0 which use the hardware language VHDL , design PXI modulo considered the Compact PCI electricity code .

系统设计是在QUARTUSII5.0的平台上用VHDL硬件描述语言完成的，设计PXI模块时充分考虑了CompactPCI规范的电气规定。

We use SOPC Builder and Quartus II development tools and integrate Nios II CPU and configurable custom logic in the FPGA , which satisfy the requirement of multiplex real-time playing .

我们使用SOPCBuilder和QuartusⅡ开发工具，将NiosⅡ处理器和用户自定义逻辑集成到FPGA芯片上，实现多路视频节目同时播放。

In this paper , the full simulation of some major modules is processed in Proteus simulation software and Quartus II 5.0 . In the end , the sample machine 's single-phase test level precision is tested .

论文随后运用Proteus仿真软件和QuartusⅡ5.0平台对文中的主要模块进行了充分的仿真，最后对样机进行了单相测量级准确度测试。