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AlteraQuartusII6.0crack
- Altera Quartus II 6.0 破解文件-Altera Quartus II 6.0 crack documents
4_in_1
- 骏龙提供的最新quartus8.0的license，包括Quartus II 8.0，NIOS II 8.0（在Quartus II的license里面），DSP Builde 8.0，ModelSim-Altera 6.1g (Quartus II 8.0)，新Quartus II的license支持远程桌面访问的功能。
Sinout
- dds正弦可控发生计全结果 用到matlab，dsp，Quartus II 6.0软件-dds controllable sinusoidal occurred wholly the result of use of matlab, dsp, Quartus II 6.0 software
get_6675_temp_2
- MAXII 240 CPLD和6675 开发的0-1023.75度的温度传感数据采集系统，用seg7 LED显示，精度0.25度。探头是K型测温线，Quartus II 6.0调是通过，在cpld开发板上面试验成功-MAXII 240cpld and 0-1023.75 development of 6675 degrees C temperature sensor data acquisition system, using seg7 LED shows that the accuracy o
clock
- 数字钟，可实现各种家用数字钟的功能，用quartus II 6.0平台编译-Digital clock, digital clock can be realized a variety of home functions, compiled using quartus II 6.0 Platform
Crack_patch_license
- Quartus II 6.0 破解补丁和license设置-Quartus II 6.0 crack patch and license settings
Quartus
- quartus简介6.0版，学习的好帮手-quartus 6.0 Introduction
emif_tt
- 实现dsp与fpga的emif的verilog异步实现，可实现异步读写以及相应功能模块控制，文件中包含仿真后的波形图形以及仿真测试程序，运行环境quartus ii11.0，仿真环境mmodelsim se 6.5d-Achieve dsp and fpga verilog asynchronous implementation of the emif, enabling asynchronous reading and writing as well as the corresponding
Example-b8-2
- 使用ModelSim对Altera设计进行时序仿真的简要操作步骤 1.建立工程，设置仿真工具选项参数 2.使用Quartus II编译工程 3.建立仿真工程 4.Altera仿真库的编译与映射 5.编译HDL源代码和Testbench 6.启动仿真器并加载设计顶层 7.打开观测窗口，添加信号 8.执行仿真-Using ModelSim Altera design for timing simulation of brief steps 1. Establish pro