登录
首页 » Verilog » verilog HDL

verilog HDL

于 2020-09-04 发布
0 140
下载积分: 1 下载次数: 4

代码说明:

说明:  DS18B20温度模块,LCD1602显示(DS18B20 Temperature Module, LCD1602 Display)

文件列表:

verilog HDL, 0 , 2014-07-04
verilog HDL\DS1802, 0 , 2014-06-24
verilog HDL\DS1802\da0832.v, 1575 , 2014-06-24
verilog HDL\DS1802\da0832.v.bak, 703 , 2014-06-24
verilog HDL\DS1802\da18.asm.rpt, 7835 , 2014-06-24
verilog HDL\DS1802\da18.cdf, 320 , 2014-06-24
verilog HDL\DS1802\da18.done, 26 , 2014-06-24
verilog HDL\DS1802\da18.dpf, 1179 , 2014-06-24
verilog HDL\DS1802\da18.fit.rpt, 178115 , 2014-06-24
verilog HDL\DS1802\da18.fit.smsg, 513 , 2014-06-24
verilog HDL\DS1802\da18.fit.summary, 593 , 2014-06-24
verilog HDL\DS1802\da18.flow.rpt, 8211 , 2014-06-24
verilog HDL\DS1802\da18.map.rpt, 53006 , 2014-06-24
verilog HDL\DS1802\da18.map.smsg, 405 , 2014-06-24
verilog HDL\DS1802\da18.map.summary, 457 , 2014-06-24
verilog HDL\DS1802\da18.pin, 20250 , 2014-06-24
verilog HDL\DS1802\da18.pof, 524475 , 2014-06-24
verilog HDL\DS1802\da18.qpf, 1260 , 2014-06-24
verilog HDL\DS1802\da18.qsf, 4611 , 2014-06-24
verilog HDL\DS1802\da18.sof, 358317 , 2014-06-24
verilog HDL\DS1802\da18.sta.rpt, 696995 , 2014-06-24
verilog HDL\DS1802\da18.sta.summary, 4593 , 2014-06-24
verilog HDL\DS1802\da18.v, 542 , 2019-05-28
verilog HDL\DS1802\da18.v.bak, 304 , 2014-06-24
verilog HDL\DS1802\db, 0 , 2014-06-24
verilog HDL\DS1802\db\da18.(0).cnf.cdb, 2012 , 2014-06-24
verilog HDL\DS1802\db\da18.(0).cnf.hdb, 1101 , 2014-06-24
verilog HDL\DS1802\db\da18.(1).cnf.cdb, 44832 , 2014-06-24
verilog HDL\DS1802\db\da18.(1).cnf.hdb, 3250 , 2014-06-24
verilog HDL\DS1802\db\da18.(2).cnf.cdb, 16937 , 2014-06-24
verilog HDL\DS1802\db\da18.(2).cnf.hdb, 2489 , 2014-06-24
verilog HDL\DS1802\db\da18.(3).cnf.cdb, 5900 , 2014-06-24
verilog HDL\DS1802\db\da18.(3).cnf.hdb, 1779 , 2014-06-24
verilog HDL\DS1802\db\da18.amm.cdb, 541 , 2014-06-24
verilog HDL\DS1802\db\da18.asm.qmsg, 2184 , 2014-06-24
verilog HDL\DS1802\db\da18.asm.rdb, 1407 , 2014-06-24
verilog HDL\DS1802\db\da18.asm_labs.ddb, 11843 , 2014-06-24
verilog HDL\DS1802\db\da18.cbx.xml, 86 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.bpm, 831 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.cdb, 70605 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.hdb, 19204 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.kpt, 197 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.logdb, 15176 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp.rdb, 21475 , 2014-06-24
verilog HDL\DS1802\db\da18.cmp_merge.kpt, 201 , 2014-06-24
verilog HDL\DS1802\db\da18.cycloneive_io_sim_cache.45um_ff_1200mv_0c_fast.hsd, 746340 , 2014-06-24
verilog HDL\DS1802\db\da18.cycloneive_io_sim_cache.45um_ss_1200mv_0c_slow.hsd, 745247 , 2014-06-24
verilog HDL\DS1802\db\da18.cycloneive_io_sim_cache.45um_ss_1200mv_85c_slow.hsd, 740378 , 2014-06-24
verilog HDL\DS1802\db\da18.db_info, 138 , 2014-06-24
verilog HDL\DS1802\db\da18.fit.qmsg, 32721 , 2014-06-24
verilog HDL\DS1802\db\da18.hier_info, 6304 , 2014-06-24
verilog HDL\DS1802\db\da18.hif, 3888 , 2014-06-24
verilog HDL\DS1802\db\da18.idb.cdb, 9158 , 2014-06-24
verilog HDL\DS1802\db\da18.lpc.html, 1588 , 2014-06-24
verilog HDL\DS1802\db\da18.lpc.rdb, 491 , 2014-06-24
verilog HDL\DS1802\db\da18.lpc.txt, 1926 , 2014-06-24
verilog HDL\DS1802\db\da18.map.bpm, 794 , 2014-06-24
verilog HDL\DS1802\db\da18.map.cdb, 20473 , 2014-06-24
verilog HDL\DS1802\db\da18.map.hdb, 18502 , 2014-06-24
verilog HDL\DS1802\db\da18.map.kpt, 5908 , 2014-06-24
verilog HDL\DS1802\db\da18.map.logdb, 4 , 2014-06-24
verilog HDL\DS1802\db\da18.map.qmsg, 22241 , 2014-06-24
verilog HDL\DS1802\db\da18.map_bb.cdb, 1160 , 2014-06-24
verilog HDL\DS1802\db\da18.map_bb.hdb, 9277 , 2014-06-24
verilog HDL\DS1802\db\da18.map_bb.logdb, 4 , 2014-06-24
verilog HDL\DS1802\db\da18.pre_map.cdb, 69273 , 2014-06-24
verilog HDL\DS1802\db\da18.pre_map.hdb, 15598 , 2014-06-24
verilog HDL\DS1802\db\da18.rtlv.hdb, 15467 , 2014-06-24
verilog HDL\DS1802\db\da18.rtlv_sg.cdb, 69775 , 2014-06-24
verilog HDL\DS1802\db\da18.rtlv_sg_swap.cdb, 1339 , 2014-06-24
verilog HDL\DS1802\db\da18.sgdiff.cdb, 28163 , 2014-06-24
verilog HDL\DS1802\db\da18.sgdiff.hdb, 16655 , 2014-06-24
verilog HDL\DS1802\db\da18.sld_design_entry.sci, 197 , 2014-06-24
verilog HDL\DS1802\db\da18.sld_design_entry_dsc.sci, 197 , 2014-06-24
verilog HDL\DS1802\db\da18.smart_action.txt, 6 , 2014-06-24
verilog HDL\DS1802\db\da18.smp_dump.txt, 2884 , 2014-06-24
verilog HDL\DS1802\db\da18.sta.qmsg, 102622 , 2014-06-24
verilog HDL\DS1802\db\da18.sta.rdb, 51148 , 2014-06-24
verilog HDL\DS1802\db\da18.sta_cmp.8_slow_1200mv_85c.tdb, 74031 , 2014-06-24
verilog HDL\DS1802\db\da18.syn_hier_info, 0 , 2014-06-24
verilog HDL\DS1802\db\da18.tiscmp.fastest_slow_1200mv_0c.ddb, 148200 , 2014-06-24
verilog HDL\DS1802\db\da18.tiscmp.fastest_slow_1200mv_85c.ddb, 147904 , 2014-06-24
verilog HDL\DS1802\db\da18.tiscmp.fast_1200mv_0c.ddb, 319194 , 2014-06-24
verilog HDL\DS1802\db\da18.tiscmp.slow_1200mv_0c.ddb, 322669 , 2014-06-24
verilog HDL\DS1802\db\da18.tiscmp.slow_1200mv_85c.ddb, 322212 , 2014-06-24
verilog HDL\DS1802\db\da18.tis_db_list.ddb, 231 , 2014-06-24
verilog HDL\DS1802\db\logic_util_heursitic.dat, 22308 , 2014-06-24
verilog HDL\DS1802\db\prev_cmp_da18.qmsg, 160270 , 2014-06-24
verilog HDL\DS1802\incremental_db, 0 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions, 0 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.db_info, 138 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.cdb, 29719 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.dfp, 33 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.hdb, 18932 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.kpt, 199 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.logdb, 4 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.cmp.rcfdb, 34011 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.map.cdb, 20314 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.map.dpi, 1261 , 2014-06-24
verilog HDL\DS1802\incremental_db\compiled_partitions\da18.root_partition.map.hbdb.cdb, 604 , 2014-06-24

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

  • MIMO-OFDM
    运用matlab搭建了MIMO—OFDM系统,并仿真了该系统在awgn信道,平坦衰落和多径信道下的误码率。(Using matlab built a MIMO-OFDM systems, and simulation of the system in awgn channel, flat fading and multipath channel BER.)
    2011-11-10 20:54:37下载
    积分:1
  • eetop.cn_ADS_tsmc013um
    台积电130nm工艺库文件,用于ADS仿真测试。(TSMC 130nm process library file,It is used for ADS simulation test.)
    2020-07-02 07:20:02下载
    积分:1
  • 4803082
    TMagRas Release 4是一套可安装的DELPHI非可视控件,其中包含一些示范和例子程序,还有一个帮助文件说明使()
    2018-04-16 14:28:34下载
    积分:1
  • WCDMA-Call-Drop-KPI-and-Relative-Counters
    CALL DROP KPIS AND RELATIVE COUNTERS
    2018-12-11 16:35:21下载
    积分:1
  • gsoap
    利用gsoap开发的C++客户端和服务端例子(Developed using C++ gsoap client and server example)
    2011-06-02 16:07:23下载
    积分:1
  • serial
    多路复用写的一个可收发数据的串口应用程序(Write a multiplexer can send and receive serial data applications)
    2013-07-20 09:31:31下载
    积分:1
  • 有限差分法求电场电势
    用有限差分法求电场电势分布,金属盒子接地,电位是0,中间三分之一处有电位是1的长方体,求解其电场电势分布(The electric potential distribution of the electric field is calculated by the finite difference method. The metal box is grounded, the potential is 0, and the 1/3 of the rectangular bodies with the potential is 1, and the electric potential distribution of the electric field is solved.)
    2018-04-07 22:30:51下载
    积分:1
  • DPCM_Testing
    这是一个将语音信号通过DPCM编码传输的仿真测试程序,内有详细注释,希望对大家有用。(This is a voice signal transmission through the DPCM code simulation testing procedures, with detailed notes, We hope that the right useful.)
    2007-03-14 22:14:01下载
    积分:1
  • tmsgvoc
    一个可以用语音modem录音放音的Delphi控件源码(A modem with voice recording playback control of Delphi source code)
    2002-11-26 21:21:03下载
    积分:1
  • FRFT
    给出了分数阶傅里叶变换的具体实现程序,阶数可调。该程序实现是根据一篇通信学报上的论文做的。同时提供了OFDM系统在不同信道估计技术下的误码率以及多径信道下的性能。对于想研究基于分数阶傅里叶变换的OFDM系统的人有一定帮助。(The codes for fractional fourier transform (frft) and its inverse way are given according to a published paper in Journal of Communication. The power is adjustable. In addition, two programms of OFDM system simulation under different channel estimate technique and multipath are offered. Therefore, such file packet is of use for those who have interests in studying OFDM based on frft)
    2020-12-23 19:29:06下载
    积分:1
  • 696522资源总数
  • 104042会员总数
  • 18今日下载