AVR IP CORE 可以直接用于工程的开发和 已经通过编译和仿真

To increase simulation speed, ModelSim® can apply a variety of optimizations to your design. These include, but are not limited to, mergingprocesses, pulling constants out of loops, clock suppression, and signal collapsing. You control the level of optimization by specifying certain switches when you invoke the compiler.

基于FPGA的多功能数字钟的设计与实现 内附有详尽的Verilog HDL源码，其功能主要有：时间设置，时间显示，跑表，分频，日期设置，日期显示等-FPGA-based multi-functional Digital Clock Design and Implementation of typhoons and rainstorms are detailed Verilog HDL source code, its functions include: time settings, time display, stopwatch, frequency, date setting, date display

FPGA编程实现串口通信，源代码全。包括仿真程序。-FPGA programming serial communications, the entire source code. Including the simulation program.

能实现输入0.5 1 5块钱的累加，然后对应购买的商品价格进行比较，显示找的钱数或错误灯(MY English is very good)

EV10AQ190A配置程序 EV10AQ190A configuration program(EV10AQ190A configuration program)

说明：  由忆阻器机制设计蕴含逻辑，内含testbench仿真文件(Design implied logic by memristor mechanism, including testbench simulation file)

CODE_VHDL_COUNTING 0 到 9，使用按钮 (Đếm 慈 0 đến 9 hiển 施耐 1 带领 7 đoạn sử dụng nút nhấn để điều khiển) Với bài này tôi sử dụng một nút nhất để một nút nhấn đế bắt đầu đếm dữ liệu 将重置。

说明：  载波同步是QPSK信号相干解调的一项关键技术。(Carrier synchronization signal coherent QPSK demodulation is a key technology.)

DLP Discovery 4100 数字微镜(DMD)空间光开关光调制器开发系统 1.全面兼容德州仪器TI DLP D4100 开发系统. 能够支持1920X1080 DMD(DMD微镜为10.6微米,本征分辨率为1920X1080) 数字微镜(DMD)空间光开关光调制器开发系统 2. 1024 X 768 的DMD(4:3)有两种微镜结构，一种是13.68 微米， 对角线长度为0.7 英寸；另一种是10.8 微米的，对角线长度为0.55 英寸；我们系统都能支持所有主流分辨率DMD 3. 支持USB2.0 高速度传输图片和控制信号 4. 开放式控制软件基于Windows XP 全速度USB驱动,在Visual Basic 下编制,开发式接口, 易于高精度光学科研实验 5. 提供丰富的Windows XP 的USB 控制程序和API 开发系统 6. 支持XGA, 1080p 和1920x1200 分辨率单个微镜精确控制 7. 开放式FPGA 架构, 提供示例FPGA 的二次开发选择和客户 定制功能 8. 高速二进和任意灰度制图片显示 输入输出系统触发,支持通 用客户顶GPIO 口设置. 9. 我们能为客户提供全程独特定做和设计服务. 应用: 结构光投影,激光全息,无掩模光刻,高光谱成像,激光光束校形, 3D 测量和3D 打印机技术, 光谱分析. Jefferson_zhao@163.com(DLP DMD Discovery 4100)

Three-input Majority Voter -- The entity declaration is followed by three alternative architectures which achieve the same functionality in different ways. -Three-input Majority Voter -- The entity declaration is followed by three alternative architectures which achieve the same functionality in different ways.