步进电机位置系统 步进电机位置系统block symbol file 步进电机位置系统的Verilog HDL程序设计 已编译通过

为了便于计算结果在FPGA中后续的计算和ip核中的调用，本代码输入信号为普通浮点型数据，输出为32位表示的浮点型数据。

基于FPGA的多功能数字钟的设计与实现 内附有详尽的Verilog HDL源码，其功能主要有：时间设置，时间显示，跑表，分频，日期设置，日期显示等-FPGA-based multi-functional Digital Clock Design and Implementation of typhoons and rainstorms are detailed Verilog HDL source code, its functions include: time settings, time display, stopwatch, frequency, date setting, date display

Verilog 编写的IP核，512K的16位SRAM-Written in Verilog IP core, 512K 16-bit SRAM

控制ADV212 压缩的源代码 使用xilinx edk开发环境(adv 212 controller, using xilinx edk)

8251的完整的功能的实现,可以进行编译,综合.-8251 complete function of the realization can be compiled and integrated.

辛辛苦苦的作品应用于DE2 的 开发。。希望对大家有用。-hard work for Dictyophora development. . We hope that the right useful.

用Verlog HDL编写的数字钟程序，包含时，分，秒，进位，解码，扫描显示等功能。-Written by Verlog HDL ，a digital clock program, including hours, minutes, seconds, into the place, decoding, scanning display.

Verilog编程语言经典手册Classic Manual Verilog programming language(Verilog programming language classic manual Classic Manual Verilog programming language)

应用VHDL语言将高稳晶振分频得到1pps，使用GPS的1pps信号作为触发-Application of VHDL language high stability crystal oscillator frequency to be 1pps, the use of GPS signals as a trigger of 1pps

减1计数器 一、设计要求 用Verilog HDL语言设计一个计数器。 要求计数器具有异步置位/复位功能，可以进行自增和自减计数，其计数周期为2^N（N为二进制位数）。 二、设计原理 输入/输出说明： d：异步置数数据输入； q：当前计数器数据输出； clock：时钟脉冲； count_en：计数器计数使能控制（1：计数/0：停止计数）； updown：计数器进行自加/自减运算控制（1：自加/0：自减）； load_d-a counter a reduction, design requirements using Verilog HDL design of a counter. Asynchronous requests with counter-home/reset functions can be carried out by self and self-count reduction, cycle counting of 2 ^ N (N for binary digit). Second, the principle of design input/output Description : d : asynchronous home several data input; Q : The current counter data output; Clock : clock pulse; Count_en : Counting enable control (1 : Counting/0 : Stop counting); Updown : dollars several self-Canada/reduction Operational control (1 : Since the plus/0 : Since decrease); load_d