Altera FPGA配置AD5300 Verilog代码

max plus的入门与应用，适合初学者对max plus ii有一个感性的认识(max plus entry and applications, suitable for beginners to the max plus ii have a perceptual awareness of)

一个全加器和，增加了二进制数和帐户进行的值以及。一一位全加器加三一位数字，通常写成 ；A，B，和 ； ；CIN； ；一 ；和 ；B  ；是操作数，和 ；CIN  ；是一位从以前的少重要阶段。[ 2 ]  ；全加器通常是在一个级联的加法器的一个组成部分，其中添加8、16、32，等位的二进制数。该电路产生一二位输出，输出端和通常由信号 ；cout  ；和 ；S，

AMBA_APB verilog code

说明：  nios开发板电路图CycloneII_NiosII_2C35_Rev02_DB_SCH.zip(nios development board circuit CycloneII_NiosII_2C35_Rev02_DB_SCH.zip)

Cores are generated from Confluence a modern logic design language. Confluence is a simple, yet highly expressive language that compiles into Verilog, VHDL, and C

EDA/VHDL数字频率计，可编程逻辑门阵列，EDA课程设计(EDA/VHDL digital frequency meter, programmable logic gate array, EDA curriculum design)

基于quartus的布斯乘法器的verilog 实现。布斯乘法算法是计算机中一种利用数的2的补码形式来计算乘法的算法。该算法由安德鲁·唐纳德·布斯于1950 年发明，当时他在伦敦大学伯克贝克学院做晶体学研究。布斯曾使用过台式计算器，由于用这种计算器来做移位计算比加法快，他发明了该算法来加快计算速度。(The verilog codes of booth multiplier based on quartus. Booth multiplication algorithm is a computer algorithm using the complement form of number 2 to calculate the multiplication. The algorithm was invented in 1950 by Andrew Donald booth, who was working on crystallography at birkbeck college, university of London. Booth used a desktop calculator, and because it was faster to do shifts than to add, he invented the algorithm to speed up the calculations.)

design and implement a digital system on the Altera NIOS board which will read an analogue input using MicroChip’s SPI MCP3202 12-Bit A/D converter. The 8 most significant bits of the converted data will be displayed on two seven segments of the NIOS development board. The sampling frequency is 20kHZ. Use a potentiometer.(design and implement a digital system on the Altera NIOS board which will read an analogue input using MicroChip' s SPI MCP3202 12-Bit A/D converter. The 8 most significant bits of the converted data will be displayed on two seven segments of the NIOS development board . The sampling frequency is 20kHZ. Use a potentiometer.)

成功解决FPGA设计时序问题的三大点.word说明文档，很详细(FPGA design timing problems successfully solved the three points)

用FPGA实现COMS传感器接入，LCD控制，及与ARM通信的源代码，包含matlab仿真及硬件原理图和手册，非常全面