登录
首页 » VHDL » ALU_74181_me

ALU_74181_me

于 2020-11-11 发布 文件大小:188KB
0 232
下载积分: 1 下载次数: 0

代码说明:

  学习ALU的设计方法。 2、用HDL语言采用行为描述的方法完成74181的逻辑设计 。(Learn the design method of ALU. 2, use HDL language to use behavioral description method to complete 74181 logical design.)

文件列表:

ALU_74181_me\ALU_74181_me.done, 26 , 2018-05-16
ALU_74181_me\ALU_74181_me.eda.rpt, 2610 , 2018-05-16
ALU_74181_me\ALU_74181_me.flow.rpt, 8389 , 2018-05-16
ALU_74181_me\ALU_74181_me.map.rpt, 23343 , 2018-05-16
ALU_74181_me\ALU_74181_me.map.summary, 468 , 2018-05-16
ALU_74181_me\ALU_74181_me.qpf, 1265 , 2018-05-14
ALU_74181_me\ALU_74181_me.qsf, 3567 , 2018-05-22
ALU_74181_me\ALU_74181_me.v, 1823 , 2018-05-16
ALU_74181_me\ALU_74181_me.v.bak, 860 , 2018-05-14
ALU_74181_me\ALU_74181_me_nativelink_simulation.rpt, 1034 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.(0).cnf.cdb, 7187 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.(0).cnf.hdb, 1808 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.cbx.xml, 94 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.cmp.hdb, 13193 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.cmp.rdb, 5304 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.cmp_merge.kpt, 210 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.db_info, 137 , 2018-05-14
ALU_74181_me\db\ALU_74181_me.eda.qmsg, 2418 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.hier_info, 3935 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.hif, 775 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.lpc.html, 430 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.lpc.rdb, 387 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.lpc.txt, 1060 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.bpm, 774 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.cdb, 9708 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.hdb, 12967 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.kpt, 207 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.logdb, 4 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map.qmsg, 12280 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map_bb.cdb, 1110 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map_bb.hdb, 8732 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.map_bb.logdb, 4 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.pre_map.cdb, 7225 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.pre_map.hdb, 9795 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.rtlv.hdb, 9783 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.rtlv_sg.cdb, 6819 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.rtlv_sg_swap.cdb, 176 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.sgdiff.cdb, 10079 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.sgdiff.hdb, 9900 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.sld_design_entry.sci, 196 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.sld_design_entry_dsc.sci, 196 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.smart_action.txt, 8 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.syn_hier_info, 0 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.tis_db_list.ddb, 212 , 2018-05-16
ALU_74181_me\db\ALU_74181_me.tmw_info, 58 , 2018-05-22
ALU_74181_me\db\logic_util_heursitic.dat, 0 , 2018-05-16
ALU_74181_me\db\prev_cmp_ALU_74181_me.qmsg, 12280 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions\ALU_74181_me.db_info, 137 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions\ALU_74181_me.root_partition.map.cdb, 9802 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions\ALU_74181_me.root_partition.map.dpi, 698 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions\ALU_74181_me.root_partition.map.hdb, 12586 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions\ALU_74181_me.root_partition.map.kpt, 210 , 2018-05-16
ALU_74181_me\incremental_db\README, 653 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me.vt, 2566 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me.vt.bak, 2566 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do, 555 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak1, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak2, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak3, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak4, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak5, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak6, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak7, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\ALU_74181_me_run_msim_rtl_verilog.do.bak8, 595 , 2018-05-16
ALU_74181_me\simulation\modelsim\modelsim.ini, 11083 , 2018-05-16
ALU_74181_me\simulation\modelsim\msim_transcript, 1713 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me\verilog.prw, 4988 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me\verilog.psm, 33872 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me\_primary.dat, 2832 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me\_primary.dbs, 7048 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me\_primary.vhd, 606 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst\verilog.prw, 3242 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst\verilog.psm, 10784 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst\_primary.dat, 996 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst\_primary.dbs, 2156 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst\_primary.vhd, 100 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\_info, 785 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\_vmake, 26 , 2018-05-16
ALU_74181_me\simulation\modelsim\vsim.wlf, 40960 , 2018-05-22
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me, 0 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\@a@l@u_74181_me_vlg_tst, 0 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work\_temp, 0 , 2018-05-16
ALU_74181_me\simulation\modelsim\rtl_work, 0 , 2018-05-16
ALU_74181_me\incremental_db\compiled_partitions, 0 , 2018-05-16
ALU_74181_me\simulation\modelsim, 0 , 2018-05-16
ALU_74181_me\db, 0 , 2018-05-22
ALU_74181_me\incremental_db, 0 , 2018-05-16
ALU_74181_me\simulation, 0 , 2018-05-16
ALU_74181_me, 0 , 2018-05-16

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • mykafka
    利用kafka实现生产者消费者模型,生产者读取文件内容发送到kafka上,消费者消费kafka上的消息存入数据库(Making use of Kafka to realize producer consumers)
    2018-04-20 09:42:32下载
    积分:1
  • 可见光信道
    说明:  可见光非成像通信系统信道建模与仿真,大家可以借鉴一下。(Channel Modeling and Simulation of Visible Non-imaging Communication System)
    2019-05-03 18:06:22下载
    积分:1
  • This system is mainly to build a web
    本系统主要构建一个网上物流平台,以让物流的物资准时,准确,无误的送达目的地。而在后台实现公司管理物流信息,以备货物无误差的配送,让顾客无忧的接收货物。 本系统实现前台实现公司方面的信息发布等,后台实现客户上门的需求录入,以及仓储的信息配送等功能。 -This system is mainly to build a web-based logistics platform in order to allow the logistics of materials on time, accurate and error-free destination. While in the background to achieve logistics information management to prepare error-free distribution of goods, so that customers receive worry-free goods. The system has realized front to achieve the company" s information release and so on, back-door needs to achieve customer input, as well as the storage of information distribution and other functions.
    2022-03-17 16:43:53下载
    积分:1
  • MSP430F5529实例程序
    说明:  包括多个基本例程,ad,da,led,pwm(Intelligent tracking car)
    2020-06-18 13:00:01下载
    积分:1
  • juliangfa
    说明:  设计一八木天线,振子数目为4,长度分别为:反射器长度0.39,主馈振子长度0.356,引向器长度均为0.3;反射器和主馈振子的距离0.265,主馈振子和第一引向器的距离0.2575,第一引向器和第二引向器的距离0.225。天线工作频率为400MHz,各振子分段数为9。 利用矩量法模拟该天线的电流分布,并绘制方向图。(A eight wood antenna is designed. The number of vibrators is 4 and the length is 0.39 for the reflector, 0.356 for the main feeder and 0.3 for the director. The distance between the reflector and the main feeder is 0.265, 0.2575 for the main feeder and the first director. The distance between the first director and the second director is 0.225. The working frequency of the antenna is 400MHz and the number of segments of each vibrator is 9.)
    2020-02-20 22:53:54下载
    积分:1
  • 呵呵,简单的VB的做的聊天程序
    呵呵,简单的VB的做的聊天程序-Oh, the simple VB do chat program
    2022-07-22 08:33:51下载
    积分:1
  • compiler pascal
    小型pascal语音编译器,包含词法分析工具FLEX和语法分析工具Bison-compiler pascal
    2022-07-25 20:46:05下载
    积分:1
  • NET
    说明:  强大的图像处理库,供开发嵌入式解决方案TELEDYNE DALSA的Sapera Embedded SDK工具包(Powerful Image Processing Library for Developing Sapera Embedded SDK Toolkit for Embedded Solution TELED YNE DALSA)
    2020-06-17 22:00:01下载
    积分:1
  • DAC0832
    说明:  能够调节频率,并且能够产生四种波形的AD(Able to adjust the frequency and waveform to produce four AD)
    2009-08-21 13:21:49下载
    积分:1
  • 领取礼物动画特效
    一款漂亮的jQuery微信打开红包领取礼物动画特效,适合于手机移动端微信送礼活动。(A beautiful jQuery Wechat opens the red envelope to receive the gift animation special effects, suitable for mobile terminal Wechat gift delivery activities.)
    2018-09-21 10:34:15下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载