ADV7513 HDMI条形显示，支持1920*1080，最高收入时钟165MHz，完整的Verilog语言实现，并且有完整的IIC驱动代码

专用的内存控制器是素数在不包含的微处理器的应用程序的重要性（高端应用）。内存控制器提供内存刷新指令信号，读取和写入操作和SDRAM的初始化。我们的工作将集中于ASIC双数据速率（DDR）SDRAM设计方法控制器位于DDR SDRAM和总线之间高手。控制器简化了SDRAM命令接口标准的系统的读/写接口，也优化的读/写周期的存取时间。双倍数据速率（DDR）SDRAM控制器使用Cadence RTL实现编译器。

fpga DCM使用教程 好几个文档 帮助您一次学会使用DCM(fpga the DCM using the tutorial a few documents to help you first learn to use the DCM)

说明：  APPCM算法和AD/DA芯片驱动在CPLD中的实现，已在实际硬件中测试OK，quartus2环境(APPCM algorithm and AD/DA chip in the drive to achieve in the CPLD has been tested in actual hardware OK, quartus2 environment)

FPGA资料与所用元器件的数据参考手册与应用指南(ds312_Spartan-3E FPGA Family )

ad转换器ads822e/ads822的驱动模块(AD converter ads822e/ads822 driver module)

The PID controller IP core performs digital proportional–integral–derivative controller (PID controller) algorithm. The algorithm first calculates the error between a measured value (PV) and its ideal value (SP), then use the error as an argument to calculate the manipulate value(MV). The MV will adjust the process to minimize the error. It can be used to calculate duty cycle for PWM (Pulse Width Modulation).

在Quartus II 上编程的基于FPGA的LED显示实验(Programming in the Quartus II LED display experiment based on FPGA )

quartus 的220model 与 altera mf的库 用于fpga的modelsim仿真过程中添加到工程里面(the libary of 220 model and altera mf when we simulate the fpga project by modelsim)

里面包含了三段代码，主要是用matlab产生高斯随机信号以及高斯白噪声和色噪声，然后计算其数字特征及对这些信号进行频谱分析和功率谱分析，里面还有关于低通滤波器的设计的简单说明(Which contains three sections of code using matlab Gaussian random signals and white Gaussian noise and color noise, and then to calculate the numerical characteristics and spectral analysis and power spectral analysis of these signals, there is also the low-pass filter design BRIEF DESCRIPTION OF)