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MUX21A

于 2019-04-06 发布
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代码说明：

说明：  基于vivado实现的具有数据选择器功能的ip(base on vivado mux2_to_1)

文件列表：

MUX21A, 0 , 2019-04-06
MUX21A\.Xil, 0 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O, 0 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O\elab.rtd, 301742 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O\realtime, 0 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O\realtime\dupFiles.rpt, 93 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O\realtime\p37_2.tcl, 3434 , 2019-04-04
MUX21A\.Xil\Vivado-28436-LAPTOP-QQ21MC4O_2, 0 , 2019-04-04
MUX21A\hs_err_pid28436.log, 47976 , 2019-04-04
MUX21A\MUX21A.cache, 0 , 2019-04-06
MUX21A\MUX21A.cache\compile_simlib, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\activehdl, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\ies, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\modelsim, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\questa, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\riviera, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\vcs, 0 , 2019-04-04
MUX21A\MUX21A.cache\compile_simlib\xcelium, 0 , 2019-04-04
MUX21A\MUX21A.cache\wt, 0 , 2019-04-04
MUX21A\MUX21A.cache\wt\gui_handlers.wdf, 5631 , 2019-04-06
MUX21A\MUX21A.cache\wt\java_command_handlers.wdf, 1632 , 2019-04-06
MUX21A\MUX21A.cache\wt\project.wpc, 61 , 2019-04-06
MUX21A\MUX21A.cache\wt\synthesis.wdf, 5087 , 2019-04-06
MUX21A\MUX21A.cache\wt\webtalk_pa.xml, 5651 , 2019-04-06
MUX21A\MUX21A.cache\wt\xsim.wdf, 256 , 2019-04-06
MUX21A\MUX21A.hw, 0 , 2019-04-06
MUX21A\MUX21A.hw\MUX21A.lpr, 290 , 2019-04-04
MUX21A\MUX21A.ip_user_files, 0 , 2019-04-06
MUX21A\MUX21A.ip_user_files\README.txt, 130 , 2019-04-04
MUX21A\MUX21A.sim, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-19864-LAPTOP-QQ21MC4O, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-19864-LAPTOP-QQ21MC4O\webtalk, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-22568-LAPTOP-QQ21MC4O, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-22568-LAPTOP-QQ21MC4O\webtalk, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-29072-LAPTOP-QQ21MC4O, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-29072-LAPTOP-QQ21MC4O\webtalk, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-5112-LAPTOP-QQ21MC4O, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\.Xil\Webtalk-5112-LAPTOP-QQ21MC4O\webtalk, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\compile.bat, 840 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\compile.log, 532 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\elaborate.bat, 917 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\elaborate.log, 788 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\glbl.v, 1474 , 2018-06-15
MUX21A\MUX21A.sim\sim_1\behav\xsim\simulate.bat, 807 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\simulate.log, 50 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\sim_for_sum.tcl, 460 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\sim_for_sum_behav.wdb, 11268 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\sim_for_sum_vlog.prj, 343 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk.jou, 791 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk.log, 968 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_19864.backup.jou, 792 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_19864.backup.log, 969 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_22568.backup.jou, 792 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_22568.backup.log, 969 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_29072.backup.jou, 792 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\webtalk_29072.backup.log, 969 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\xelab.pb, 1644 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\Compile_Options.txt, 256 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\obj, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\obj\xsim_0.win64.obj, 5033 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\obj\xsim_1.c, 4729 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\obj\xsim_1.win64.obj, 2976 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\TempBreakPointFile.txt, 29 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\webtalk, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\webtalk\.xsim_webtallk.info, 64 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\webtalk\usage_statistics_ext_xsim.html, 3278 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\webtalk\usage_statistics_ext_xsim.xml, 2845 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.dbg, 6632 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.mem, 2901 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.reloc, 1280 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.rlx, 819 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.rtti, 190 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.svtype, 39 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.type, 24 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsim.xdbg, 1112 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsimcrash.log, 0 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsimk.exe, 66648 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsimkernel.log, 331 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\sim_for_sum_behav\xsimSettings.ini, 1153 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib, 0 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib\@m@u@x21@a.sdb, 599 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib\@s@u@m_@f@o@r_@m@u@x21@a.sdb, 945 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib\glbl.sdb, 3680 , 2019-04-04
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib\sim_for_sum.sdb, 1165 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xil_defaultlib\xil_defaultlib.rlx, 527 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.dir\xsim.svtype, 12 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xsim.ini, 40 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xvlog.log, 532 , 2019-04-06
MUX21A\MUX21A.sim\sim_1\behav\xsim\xvlog.pb, 974 , 2019-04-06
MUX21A\MUX21A.srcs, 0 , 2019-04-06
MUX21A\MUX21A.srcs\sim_1, 0 , 2019-04-04
MUX21A\MUX21A.srcs\sim_1\new, 0 , 2019-04-04
MUX21A\MUX21A.srcs\sim_1\new\sim_for_sum.v, 698 , 2019-04-04
MUX21A\MUX21A.srcs\sources_1, 0 , 2019-04-04

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    关于电子设计大赛的样板，可以作为起始工程文件(temple,this is a temple for design)
    2020-06-23 07:20:02下载
    积分：1
  • SourceCode
    说明：  合泰单片机HT66F2390 例程+原理图+源代码(Hetai MCU ht66f2390 routine + schematic diagram + source code)
    2021-03-22 20:39:16下载
    积分：1
  • PS2Key
    普通PC键盘作为输入设备与单片机串行连接，通过单片机解码PS2键盘，七段数码管显示按下的键值，是把键盘作为输入扩展的不错的例程，源码采用KEIL C编写。(keyboard input)
    2013-09-01 20:43:44下载
    积分：1
  • Multiple-18b20-
    利用单片机控制多个18b20，并将温度显示在1602 LCD上面(SCM control multiple 18b20, and in 1602 LCD temperature display above)
    2014-05-27 14:20:30下载
    积分：1
  • led2
    第一个发光管以间隔200ms闪烁 第一个发光管以间隔200ms闪烁 (The first light emitting tube at intervals of 200ms blink first light emitting tube flicker at intervals of 200ms)
    2016-05-09 15:06:57下载
    积分：1
  • 雾霾
    说明：  使用SMT32F103做的一款用于雾霾检测的板子(A board made of SMT32F103 for haze detection)
    2019-03-04 17:59:08下载
    积分：1
  • 113、程序
    说明：  113、基于51单片机老人生理智能监控GSM短信 本设计由STC89C52单片机电路+火焰传感器电路+加速度传感器+心率传感器电路+SIM800A_GSM模块电路+电源电路组成。 该系统实时监测老人是否跌倒，是否周围有火以及心率情况。 1、如果火焰传感器检测到火焰，则GSM向特定手机发送：Fire！ 2、如果ADXL345检测到老人跌倒了，则GSM向特定手机发送：Fall！ 3、如果心率传感器检测到老人心率高于120，则GSM向特定手机发送：High Heart！ 4、注意本设计一次上电上述情况每个只能触发一次上报短信，不会连续发送，防止反复发送，请放心使用。 5、短信处理过程有GSM信号灯指示。 6、GSM模块是SIM800A，该模块和SIM900A电路程序完全兼容外观外形一模一样。(GSM SMS for elderly physiological intelligent monitoring based on 51 MCU This design consists of STC89C52 MCU circuit + flame sensor circuit + acceleration sensor + heart rate sensor circuit + sim800a_ GSM module circuit + power supply circuit. The system monitors whether the elderly fall down, whether there is fire around and heart rate in real time. 1. If the flame sensor detects a flame, the GSM sends: fire! 2. If adxl345 detects that an old man has fallen, the GSM sends a specific mobile phone: fall! 3. If the heart rate sensor detects that the heart rate of the elderly is higher than 120, the GSM sends a message to a specific mobile phone: high heart! 4. Pay attention to the design of a power on, each of the above conditions can only trigger a report SMS, will not be sent continuously, to prevent repeated sending, please rest assured to use. 5. SMS processing process is indicated by GSM signal light.)
    2020-09-02 09:14:08下载
    积分：1
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    自己根据xapp1052修改的源代码，已经编译成功，并应用在开发板上。(According xapp1052 own modified source code has been successfully compiled and used in the development board.)
    2015-10-19 08:10:20下载
    积分：1
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    keil C开发环境，51单片机与cc2520通信测试程序(the a keil C development environment, 51 and cc2520 Communications test program)
    2020-09-05 23:18:06下载
    积分：1
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    说明：  硬件资源: 1,DS0(连接在PA8)，DS1(连接在PD2上) 2,串口1(波特率:115200,PA9/PA10连接在板载USB转串口芯片CH340上面) 3,ALIENTEK 2.8/3.5/4.3寸LCD模块(仅支持MCU屏) 4,按键KEY0(PC5)/KEY1(PA15)/KEY_UP(PA0,也称之为WK_UP) 实验现象: 通过按键KEY_UP可以控制定时器AutoReloadTimer_Handle的开启，这个是 周期定时器，一旦开启就会不断的运行，直到按下KEY1将其关闭。按下KEY0 可以打开定时器OneShotTimer_Handle，这是个单次定时器，只会运行一次， 运行周期到了以后就会停止运行，除非按下按键KEY0将其再次开启。(Hardware resources: 1, DS0 (connected to PA8), DS1 (connected to PD2) 2. Serial port 1 (baud rate: 115200, PA9/PA10 connected on board USB to serial chip CH340) 3, ALIENTEK 2.8/3.5/4.3 inch LCD module (only supporting MCU screen) 4. Keyboard KEY0 (PC5)/KEY1 (PA15)/KEY_UP (PA0, also known as WK_UP) Experimental phenomena: The timer AutoReloadTimer_Handle can be turned on by keying KEY_UP. This is The periodic timer will run continuously once it is turned on until KEY1 is pressed to turn it off. Press KEY0 You can turn on the timer OneShotTimer_Handle, which is a single timer and only runs once. The run cycle will stop after that unless KEY0 is pressed to turn it on again.)
    2020-06-24 05:00:01下载
    积分：1
  • 696516资源总数
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