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dspafpga
dsp与fpga通信的verilog程序,强烈推荐欢迎参考(dsp and fpga verilog communication program, it is strongly recommended to welcome reference)
- 2020-12-04 15:59:23下载
- 积分:1
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ModelSim-gaojishiyong--Camp
FPGA开发仿真工具modelsim的高级进阶教程,包括如何写脚本文件和后台批处理文件(FPGA Development Advanced simulation tools modelsim tutorial, including how to write a script file and back-office batch file)
- 2012-05-09 23:52:21下载
- 积分:1
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sig_detect
使用信号功率计算,检测信号是否到达。从而控制后续模块,以减小系统功耗。(Signal power calculation, the detection signal to reach. To control follow-up modules to reduce system power consumption.)
- 2012-08-08 15:30:13下载
- 积分:1
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Blazing-Fiber-grating
闪耀光栅
有带阻滤波器作用的闪耀光纤光栅,反射角度可以控制(Blazed grating)
- 2021-03-27 09:19:12下载
- 积分:1
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FPGA_UART
说明: FPGA串口实现。
发送和接受数据功能代码(FPGA serial interface. Send and receive data function code)
- 2010-05-04 00:15:23下载
- 积分:1
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sync-and-asyn_FIFO_verilog
同步与异步FIFO的verilog实现,包括源代码,testbench,测试以及综合通过,还有相关参考资料(Synchronous and asynchronous FIFO verilog achieve, including source code, testbench, test and integrated through, as well as related references)
- 2021-03-07 14:19:29下载
- 积分:1
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FPGA实现CAN总线控制器源码
说明: 参照can芯片 saj1000控制器结构,写的can控制器(According to the structure of can chip saj1000 controller, the CAN controller is written)
- 2021-01-19 21:38:41下载
- 积分:1
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Digital-clock
数字时钟6位数码管显示。主要器件为74ls48和74ls160 /74ls161。功能:1.显示时、分、秒。2. 可以24小时制或12小时制。3. 具有校时功能(Digital clock six digital tube display. Main components of 74ls48 and 74ls160/74ls161. Features: 1. Shows hours, minutes, seconds. (2) a 24-hour or 12-hour clock. 3 a school function)
- 2013-07-18 18:11:44下载
- 积分:1
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遥控器接收解码电路
设计遥控器接收解码电路。该电路接收编码后的串行数据,解码输出数据。电路接收
到的串行数据的格式为: 4 位同步码“ 1010”, 4 位数据(高位在前), 1 位奇校验码(对前 8 位数据校验)(Design of remote control receiver decoding circuit. The circuit receives the encoded serial data and decodes the output data. The format of the serial data received by the circuit is: 4 bit synchronous code "1010", 4 bit data (high in the front), 1 bit parity check code (check for the first 8 bits of data))
- 2017-11-27 15:10:34下载
- 积分:1
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Verilog 贪吃蛇
对于重点:蛇身控制算法,我开始的想法是将每个格子的坐标输入到存储器中,但由于过于繁琐和笨拙,我改为:保留头部的完整数据(位置、方向),其他部分只保留方向数据,并在VGA模块里面直接对蛇身进行控制,但是这个方案有一个弊端:它按照蛇身顺序刷新图像,每一帧图像只能刷新一个格子,时序存在问题并且刷新频率过慢,放弃了这个方案。
最终,将蛇身模块单独提出,各个模块协同工作,有效解决了时序问题和刷新问题。蛇身控制上,只控制蛇头,其他部位随头联动,完成了最终设计。
- 2022-05-07 16:06:25下载
- 积分:1