verilog code of counter with clock divider for fpga implementation

音乐计算器，可实现999以下加减法及与非运算功能，并能够播放两段音乐，可下载到FPGA板子上实现。(Music Calculator)

这是基于verilog hdl的数字时钟源代码，能够实现时分秒的计时，可以手动进行调时与调分。(This is based on the digital clock verilog hdl source code, can be achieved when every minute of the time, you can adjust the time manually adjusting points.)

说明：  潘松那本书上用vhdl语言描述的16位并入并处加法器(Pan book vhdl language used to describe the 16-bit adder into his)

说明：  自己写的CRC的Verilog代码，在网上收集的crc相关的代码以及crc的matlab仿真代码(The CRC Verilog code written by myself, CRC related codes collected on the Internet and CRC matlab simulation code)

IC的设计可以分为两个部分，分别为：前端设计（也称逻辑设计）和后端设计（也称物理设计），这两个部分并没有统一严格的界限，凡涉及到与工艺有关的设计可称为后端设计。(The design of IC can be divided into two parts: front-end design (also called logic design) and back-end design (also known as physical design). These two parts do not have a uniform and strict boundary, and the design related to process can be called back-end design.)

调制信号后4倍内插的verilog代码，用于基带成型滤波器输入数据(4 times after modulation signal interpolation verilog code, used to baseband shaping filter input data)

本实验是用LCD12864显示英文 显示 Our FPGA EDA NIOS II SOPC FPGA(This experiment is shown in English with LCD12864 display Our FPGA EDA NIOS II SOPC FPGA)

此代码是由FPGA产生SPWM波的代码，简单易懂(use FPGA to generate SPWM)

800 x 600 60 hz VGA 控制器。简单的 verilog 代码。软件项目包括。

16 bit switch input view in hexa format on 7seg display