32 位超前进位加法器的设计

镁光SDRAM Verilog仿真模型 Company:  Micron Technology, Inc. Model:  MT48LC4M32B2 (1Meg x 16 x 4 Banks) Description:  Micron 128Mb SDRAM Verilog model

在nios系统开发中的驱动i2c音频电路的代码,包括verilog代码,与相应的驱动代码(In the nios system development in the driver i2c code for the audio circuitry, including the verilog code, and the corresponding driver code)

wirebus总线nand flash controller，基础入门控制器，内存管理，fpga实现。已编译通过。编译平台quartus ii

对MAX5250芯片进行控制，实现DA转换输出。(Controlling MAX5250 Chip)

自己编写的同步和异步FIFO的verilog代码，验证过，有可靠性(Verilog code of my own synchronous and asynchronous FIFO, verified,and reliable.)

调用SDRAM的IP核，实现按键控制SDRAM数据发送到led灯内，使按键对应的led灯点亮，通过TESTBENCH进行仿真验证；

RS(255,223)编解码算法。verilogHDL代码实现，在XILINX的芯片上得到验证。不包含任何IP核，方便移植到任何FPGA芯片。(RS (255223) encoding and decoding algorithm. VerilogHDL code to achieve, in the XILINX chip to be verified. Does not contain any IP core, easy to transplant to any FPGA chip.)

cvery high compatibles for quartus

示波器的源码,基于串行口的,(oscilloscope source code, based on the serial port,)

FPGA三国论战，入门介绍和高端见解！对于FPGA初学者很有用。(Three FPGA controversy, and high-end introduction to ideas! For FPGA useful for beginners.)