1)  Quartus Ⅱ4.0
Quartus Ⅱ4.0
2)  QUARTUS Ⅱ 4.0
QUARTUSⅡ4.0
3)  Quartus Ⅱ
Quartus Ⅱ
1.
It expatiates in detail over the method about metathesis,the design of S box,the achievement of P box,and adopts Quartus Ⅱ to carry out the algorithm FPGA simulation.
讨论了基于低成本现场可编程门阵列Cyclone的数据加密标准算法DES的实现,详细阐述了置换,S盒设计,以及P盒实现的方法,采用Quartus Ⅱ对算法进行了FPGA仿真,并对算法的性能进行了分析。
2.
The control system procedure was designed using VHDL,and the simulation was done under the Quartus Ⅱ,and then downloaded it to FPGA to make practical hardware circuit and the simulation operation was run.
为了克服交通信号灯控制系统传统设计方法的弊端,更加适应城镇交通现状,利用VHDL语言、采用层次化混合输入方式,设计了包含左转指示灯在内的具有4种信号灯和倒计时显示器的交通信号灯控制系统,在Quartus Ⅱ下进行仿真,并下载到FPGA中制作成实际的硬件电路进行了模拟运行。
3.
In this article,the authors use Quartus Ⅱ to design a simple computer which is controlled by micro programs.
本文借助于Quartus Ⅱ软件在计算机上仿真设计了一台微程序控制的简易计算机,通过介绍电路仿真的主要流程,我们可以加深对计算机系统各模块的工作原理及相互联系的认识。
4)  Quartus
Quartus
1.
SignalTap II embedded logic analyzer,which accomplishes the functions of traditional logic analyzer through combination of codes performing logic analysis function and custom design to compilation and fitting together,is an embedded debugging program in Quartus II software of Altera company.
SignalTapII内嵌逻辑分析仪是Altera公司QuartusII软件中内嵌的一种调试程序,通过把一段执行逻辑分析功能的代码和客户的设计组合在一起编译、布局布线,完成传统逻辑分析仪的功能。
5)  QuartusⅡ
QuartusⅡ
1.
Design and Simulation of FIR Digital Filter Based on MATLAB and QuartusⅡ;
基于MATLAB和QuartusⅡ的FIR滤波器设计与仿真
2.
The Application of QuartusⅡ Simulation Technology in Teaching;
QuartusⅡ仿真技术在教学中的应用
3.
CPU design can be made,simulated and tested on QuartusⅡ by means of a top-down method and modular design based on the integration of FPGA and VHDL.
基于现场可编程(FPGA)技术和硬件描述语言VHDL的设计和综合,通过自顶向下的设计方法和模块化设计思想,在QuartusⅡ环境下能定制、仿真、下载验证和实现CPU功能。
6)  Quartus II
QuartusⅡ
1.
The method and steps of realization of DDS(Direct Digital Synthesizer)on Quartus II is described in detail.
详细阐述利用QuartusⅡ实现DDS(直接数字频率合成器)模块的方法和步骤。
2.
It is composed with six different functional modules,employing VerilogHDL as hardware description language,FPGA as the logic controller,Quartus II as designing and synthesis simulation tool.
整个设计基于Verilog HDL语言进行模块化设计,采用FPGA作为逻辑控制器,并运用QuartusⅡ工具进行了综合仿真。
参考词条
补充资料：宾得fa20-35mmf4.0al

宾得fa 20-35mm f4.0 al基本参数

镜头结构 8组10枚

对焦方式 自动

焦距 20-35 mm

aps焦距 30-52.5 mm

卡口类型 宾得卡口

宾得fa 20-35mm f4.0 al光学参数

最大光圈 4.0

最小光圈 22

最近对焦距离 0.3 m

最大放大倍率 0.16 倍

滤镜口径 58 mm

镜头直径 69.5 mm

镜头长度 68 mm

镜头重量 245 g

镜头类型 变焦

镜头用途 广角镜头

说明：补充资料仅用于学习参考，请勿用于其它任何用途。