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四种常用FPGA设计技巧,包括乒乓结构等。
四种常用FPGA设计技巧,包括乒乓结构等。-Four kinds of commonly used FPGA design skills, including ping-pong structure.
- 2022-05-19 22:16:35下载
- 积分:1
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本文是自已写的电子密码锁的详细开发过程,用的是Modelsim进行仿真实现,打开文档lzp...
本文是自已写的电子密码锁的详细开发过程,用的是Modelsim进行仿真实现,打开文档lzp-This article is written in their own electronic locks detailed development process, using a ModelSim simulation achieved, open the document lzp
- 2022-01-25 15:10:58下载
- 积分:1
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DA_Test
说明: 基于CycloneV FPGA与电阻网络的数模转换器代码,能够实现键控更改频率,通过ROM IP核存储波形数据。(Digital to analog converter code based on cyclonev FPGA and resistance network can realize keying change frequency and store waveform data through ROM IP core.)
- 2020-03-29 22:36:29下载
- 积分:1
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RC6-block-cipher-using-VHDL
VHDL implementation of RC6 encryption algorithm
Test file represent applying all zero input and all zero key
note that result is correct but bytes positions are swapped
- 2020-12-01 22:09:26下载
- 积分:1
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FFT_Module
接收机数字部分FFT模块的代码
包括verilog代码、
matlab仿真、
word文档
testbench
实现FFT(The code of the digital part FFT module of the receiver
Including Verilog, matlab simulation, testbench
Implementation of FFT)
- 2020-11-18 20:49:38下载
- 积分:1
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Verilog based on the eight
基于Verilog的八层电梯设计,能够实现自动化的电梯控制。-Verilog based on the eight-lift designed to automate the elevator control.
- 2022-08-13 02:17:13下载
- 积分:1
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Verilog
verilog编程语言的讲解,有电子科技大学出版(verilog programming language to explain, there is the University of Electronic Science and Technology Publishing)
- 2013-08-14 09:21:43下载
- 积分:1
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Tuart_tx_rxh
该工程用verilog编写,已通过串口调试助手调试通过,接收模块采采用8倍波特率采样数据,有较好的滤波功能,在PC上完成自发自收功能。
(The project is written in verilog debugging through serial debugging assistant, adopted 8 times the baud rate sampling data receiver module, better filtering done on the PC spontaneous self-closing function.)
- 2012-08-26 10:39:49下载
- 积分:1
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闪烁的LED spartan3a一醒
应用背景建筑行为是counterled恒clk_50mhz_freq:整数:= 50000000;恒blink_freq:整数:= 1;恒cnt_max:整数:= clk_50mhz_freq / blink_freq / 2 - 1;恒blink_freq2:整数:= 8;恒cnt_max2:整数:= clk_50mhz_freq / blink_freq2 / 2 - 1;恒cnt_max3:整数:= clk_50mhz_freq / blink_freq * 2 - 1;信号CNT:符号(24到0);信号CNT2:符号(22到0);信号cnt3:符号(27到0);信号闪现:std_logic:=“1”;信号trigger_s:std_logic:=“0”;信号enableblink1s ;:std_logic:=“0”;开始过程(clk_50mhz)开始 ; ;如果(clk_50mhz = 1”和clk_50mhz"event)然后 ; ; ; ;trigger_s & lt;=触发;如果(不trigger_s触发)=“1”,然后enableblink1s & lt;=“1”;cnt3 & lt;=(别人= & gt;0);如果结束;如果enableblink1s =“1”,然后如果CNT2 = cnt_max2然后CNT2 & lt;=(别人= & gt;0);眨眼和不眨眼;其他的CNT2 & lt;= CNT2 + 1;如果结束;如果cnt3 = cnt_max3然后cnt3 & lt;=(别人= & gt;0);enableblink1s & lt;=“0”;其他的cnt3 & lt;= cnt3 + 1;如果结束;还有其他的;如果碳纳米管= cnt_max然后CNT & lt;=(别人= & gt;0);眨眼和不眨眼;其他的碳纳米管和碳纳米管+ 1;如果结束;如果结束;和,结束如果;和;结束过程;awake_led & lt;=眨眼;结束行为;关键技术图书馆的IEEE;std_logic_1164.all;std_logic_unsigned.all;numeric_std.all;counterled是端口(
- 2022-03-24 04:02:07下载
- 积分:1
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xilinx_usb_drivers_win10_x64
说明: win10的xilinx usb驱动,较新版本(Xilinx USB driver for win10, newer version)
- 2021-03-11 17:09:26下载
- 积分:1