用VHDL实现十六位移位乘法器 才有移位相加法来实现

运用VC编程的带LCD显示的信号发生器可用三个开个调节输出三个波形(Signal generator can be used three to open a regulator output waveform using VC programming with LCD display)

本程序是fpga控制flash的读写程序，包括了程序和仿真时的测试文件(fpga flash)

32-bit shifter, shifter, 32-bit.Very goog as a study file.

状态机的性能考察.rar 状态机的性能考察.rar-Study the performance of state machine. Rar inspect the performance of state machine. Rar

4*4键盘设计，能运行，是我自己编译的，是初学者的工具(4* 4 keyboard design, can run my own compilation, is a tool for beginners)

我的学习经验，一种自适应分频及分频方法的实现，很好用的哦-my learning experience, an adaptive frequency-frequency method and the realization of the good, oh

FPGA上的VERILOG语言编程。通过查找表实现直接数字频率合成。在主控部分通过键盘选择正弦波，方波，三角波，斜波，以及四种波形的任意两种的叠加，以及四种波形的叠加；通过控制频率控制字C的大小，以控制输出波形频率，实现1Hz的微调；通过地址变换实现波形相位256级可调；通过DAC0832使波形幅值256级可调；通过FPGA内部RAM实现波形存储回放；并实现了每秒100HZ扫频。(FPGA on the verilog language programming. Lookup table through direct digital frequency synthesis. In part through the control of the keyboard to choose sine, square, triangle wave, sloping wave, and four arbitrary waveform two superposed and the stack of four waveform; by controlling the frequency control word on the size, in order to control the output waveform frequency, 1 Hz to achieve the fine-tuning; Address transform through waveform phase adjustable 256; DAC0832 so through waveform amplitude adjustable 256; FPGA through internal RAM to the waveform storage intervals; and achieve a 100 per second sweep 9999.)

很好的NAND Flash 硬件驱动语言，支持VHDL和verilog 语言方便移植，如果有想用FPGA直接驱动NAND flash而又不知如何下手的朋友肯定喜欢。(NAND Flash Controller Reference This reference design is used to interface a NAND Flash device and provides a simple host end interface. The host end interface of this design is user-configurable. It provides buffer select signal, buffer write enable signal, address bus, data bus, error status signal, control and handshake signals for the user......)

AVS运动补偿电路的VLSI设计与实现 提出了一种基于AVS标准的高效的运动补偿电路硬件结构，该设计采用了8 X 8块级流 水线操作，运动矢量归一化处理和插值滤波器组保证了流水线的高效运行以及硬件资源的最优 利用。采用Verilog语言完成了VLSI设计，并通过EDA软件给出仿真和综合结果。-AVS motion compensation circuit of VLSI Design and Implementation of a standard based on the AVS motion compensation circuit efficient hardware structure, the design used 8 X 8 block-level pipelining, the normalized motion vector processing and interpolation filter bank guarantee efficient operation of the pipeline, as well as the optimal use of hardware resources. Using Verilog language completed VLSI design and EDA software through simulation and synthesis results.

verilog 写的 多功能数字钟-verilog to write multi-functional digital clock