登录
首页 » C# » Prodave-S7-V6

Prodave-S7-V6

于 2012-07-11 发布 文件大小:861KB
0 334
下载积分: 1 下载次数: 290

代码说明:

  通过Prodave 6.0对西门子S7-300控制器(以太网)的I,Q,PI,PQ,M,DB,C,T等寄存器进行读写操作(Through Prodave 6.0 control Siemens S7-300 s (Ethernet) I, Q, PI, PQ, M, DB, C, T registers, read and write operations)

文件列表:

测试过的Prodave S7 V6
.....................\192.168.1.43.txt,0,2012-03-18
.....................\error.eng.txt,21618,2012-03-18
.....................\Prodave MPI_IE - manual.pdf,407904,2005-04-01
.....................\prodave.bmp
.....................\Prodave6_CS
.....................\...........\Prodave6_CS
.....................\...........\...........\Backup
.....................\...........\...........\......\ProDave6Test
.....................\...........\...........\......\............\ProDave6Test.csproj,2730,2009-06-08
.....................\...........\...........\......\............\Properties
.....................\...........\...........\......\............\..........\AssemblyInfo.cs,1380,2009-06-08
.....................\...........\...........\......\............\Test.cs,8525,2012-03-18
.....................\...........\...........\......\Prodave6_CS
.....................\...........\...........\......\...........\Prodave6.cs,13622,2009-06-15
.....................\...........\...........\......\...........\Prodave6_CS.csproj,2500,2009-06-08
.....................\...........\...........\......\...........\Properties
.....................\...........\...........\......\...........\..........\AssemblyInfo.cs,1378,2009-06-08
.....................\...........\...........\......\Prodave6_CS.sln,1413,2009-06-08
.....................\...........\...........\Prodave6.dll,163906,2005-05-13
.....................\...........\...........\Prodave6.h,19827,2009-11-17
.....................\...........\...........\Prodave6.lib,12352,2005-05-13
.....................\...........\...........\ProDave6Test
.....................\...........\...........\............\bin
.....................\...........\...........\............\...\Debug
.....................\...........\...........\............\...\.....\error.dat,21618,2005-04-12
.....................\...........\...........\............\...\.....\Prodave6.dll,163906,2005-05-13
.....................\...........\...........\............\...\.....\Prodave6.h,19827,2009-11-17
.....................\...........\...........\............\...\.....\Prodave6.lib,12352,2005-05-13
.....................\...........\...........\............\...\.....\ProDave6Test.exe,10240,2012-03-18
.....................\...........\...........\............\...\.....\ProDave6Test.pdb,17920,2012-03-18
.....................\...........\...........\............\...\.....\ProDave6Test.vshost.exe,11608,2012-04-06
.....................\...........\...........\............\...\.....\ProDave6Test.vshost.exe.manifest,490,2010-03-17
.....................\...........\...........\............\...\.....\Prodave6_CS.dll,7680,2009-06-15
.....................\...........\...........\............\...\.....\Prodave6_CS.pdb,13824,2009-06-15
.....................\...........\...........\............\...\Release
.....................\...........\...........\............\...\.......\ProDave6Test.exe,10240,2012-04-06
.....................\...........\...........\............\...\.......\ProDave6Test.pdb,15872,2012-04-06
.....................\...........\...........\............\...\.......\ProDave6Test.vshost.exe,11608,2012-07-04
.....................\...........\...........\............\...\.......\ProDave6Test.vshost.exe.manifest,490,2010-03-17
.....................\...........\...........\............\...\.......\Prodave6_CS.dll,7680,2009-06-15
.....................\...........\...........\............\...\.......\Prodave6_CS.pdb,13824,2009-06-15
.....................\...........\...........\............\obj
.....................\...........\...........\............\...\Debug
.....................\...........\...........\............\...\.....\DesignTimeResolveAssemblyReferencesInput.cache,6063,2012-04-06
.....................\...........\...........\............\...\.....\ProDave6Test.csproj.FileListAbsolute.txt,1864,2012-04-06
.....................\...........\...........\............\...\.....\ProDave6Test.exe,10240,2012-03-18
.....................\...........\...........\............\...\.....\ProDave6Test.pdb,17920,2012-03-18
.....................\...........\...........\............\...\.....\Refactor
.....................\...........\...........\............\...\.....\ResolveAssemblyReference.cache,4012,2012-04-06
.....................\...........\...........\............\...\.....\TempPE
.....................\...........\...........\............\...\Release
.....................\...........\...........\............\...\.......\DesignTimeResolveAssemblyReferencesInput.cache,6042,2012-06-12
.....................\...........\...........\............\...\.......\ProDave6Test.csproj.FileListAbsolute.txt,1364,2012-07-04
.....................\...........\...........\............\...\.......\ProDave6Test.exe,10240,2012-04-06
.....................\...........\...........\............\...\.......\ProDave6Test.pdb,15872,2012-04-06
.....................\...........\...........\............\...\.......\TempPE
.....................\...........\...........\............\Prodave6.dll,163906,2005-05-13
.....................\...........\...........\............\Prodave6.h,19827,2009-11-17
.....................\...........\...........\............\Prodave6.lib,12352,2005-05-13
.....................\...........\...........\............\ProDave6Test.csproj,4391,2012-04-06
.....................\...........\...........\............\ProDave6Test.csproj.user,452,2012-03-18
.....................\...........\...........\............\Properties
.....................\...........\...........\............\..........\AssemblyInfo.cs,1380,2009-06-08
.....................\...........\...........\............\Test.cs,13911,2012-03-18
.....................\...........\...........\Prodave6_CS
.....................\...........\...........\...........\bin
.....................\...........\...........\...........\...\Debug
.....................\...........\...........\...........\...\.....\Prodave6.dll,163906,2005-05-13
.....................\...........\...........\...........\...\.....\Prodave6_CS.dll,7680,2009-06-15
.....................\...........\...........\...........\...\.....\Prodave6_CS.pdb,13824,2009-06-15
.....................\...........\...........\...........\...\Release
.....................\...........\...........\...........\...\.......\Prodave6_CS.dll,7680,2012-06-12
.....................\...........\...........\...........\...\.......\Prodave6_CS.pdb,13824,2012-06-12
.....................\...........\...........\...........\include
.....................\...........\...........\...........\.......\error.dat,21618,2005-04-12
.....................\...........\...........\...........\.......\error.eng,21618,2005-04-12
.....................\...........\...........\...........\.......\error.ger,25122,2005-04-12
.....................\...........\...........\...........\.......\Prodave6.dll,163906,2005-05-13
.....................\...........\...........\...........\.......\Prodave6.h,19509,2005-03-22
.....................\...........\...........\...........\obj
.....................\...........\...........\...........\...\Debug
.....................\...........\...........\...........\...\.....\DesignTimeResolveAssemblyReferencesInput.cache,5908,2012-04-06
.....................\...........\...........\...........\...\.....\Prodave6_CS.csproj.FileListAbsolute.txt,485,2009-06-15
.....................\...........\...........\...........\...\.....\Prodave6_CS.dll,7680,2009-06-15
.....................\...........\...........\...........\...\.....\Prodave6_CS.pdb,13824,2009-06-15
.....................\...........\...........\...........\...\.....\Refactor
.....................\...........\...........\...........\...\.....\TempPE
.....................\...........\...........\...........\...\Release
.....................\...........\...........\...........\...\.......\DesignTimeResolveAssemblyReferencesInput.cache,5895,2012-06-12
.....................\...........\...........\...........\...\.......\Prodave6_CS.csproj.FileListAbsolute.txt,725,2012-06-12
.....................\...........\...........\...........\...\.......\Prodave6_CS.dll,7680,2012-06-12
.....................\...........\...........\...........\...\.......\Prodave6_CS.pdb,13824,2012-06-12
.....................\...........\...........\...........\...\.......\TempPE
.....................\...........\...........\...........\Prodave6.cs,13622,2012-03-18
.....................\...........\...........\...........\Prodave6_CS.csproj,4161,2012-03-18
.....................\...........\...........\...........\Prodave6_CS.csproj.user,452,2012-03-18
.....................\...........\...........\...........\Properties
.....................\...........\...........\...........\..........\AssemblyInfo.cs,1378,2009-06-08
.....................\...........\...........\Prodave6_CS.sln,1421,2012-04-06

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

  • PSD_estimators
    功率谱密度的估计算法,simulink实现,现代信号处理第三章仿真实现。(Power spectral density estimation algorithm, simulink realization of modern signal processing Chapter Simulation.)
    2013-10-16 16:30:24下载
    积分:1
  • pdsch4g
    用于4G LTE下行链路PDSCH仿真(for simulation of LTE Downlink PDSCH)
    2020-06-17 18:20:02下载
    积分:1
  • lbc_example:未编码的BPSK调制的性能(理论计算与仿真)、重复码硬判决的性能 lbc_example_SD: 未编码的BPSK调制的性能(理论计算)、重复码硬判决的性能、重复码软判决的性能 lbc_example_SD_EbNo:lbc_example_SD中的性能,并且进一步考虑了码率不同时,对于信道的SNR值进行归一化,以Eb/No = SNR/(2*R)为横坐标时的比较结果 lbc_example_Hamming_EbNo:汉明码,硬判决译码的性能(Lbc_example: Performance of uncoded BPSK modulation (theoretical calculation and simulation), performance of duplicate code hard decision Lbc_example_SD: Performance of uncoded BPSK modulation (theoretical calculation), performance of hard decision of duplicate code, performance of soft decision of duplicate code The performance of lbc_example_SD_EbNo: lbc_example_SD is considered, and the SNR value of channel is normalized when the bit rate is different. The comparison results are obtained when Eb/No = SNR/(2*R) is the abscissa coordinate. Lbc_example_Hamming_EbNo: Hamming Code, Performance of Hard Decision Decoding)
    2019-04-24 14:02:35下载
    积分:1
  • TargetMotionParameterEstimation-
    步进频率雷达目标的运动参数估计 (Target Motion Parameter Estimation of stepped- frequency radar)
    2020-07-03 23:00:02下载
    积分:1
  • commClass
    实现了VB6下的通讯API的封装 实现了VB6下的通讯API的封装 实现了VB6下的通讯API的封装 实现了VB6下的通讯API的封装(实现了VB6下的通讯API的封装 实现了VB6下的通讯API的封装)
    2009-09-04 15:48:22下载
    积分:1
  • cdma_mmse
    说明:  DS-CDMA的MMSE算法程序,给出了不同信噪比下的BER性能比仿真曲线。(DS-CDMA of the MMSE algorithm program are given under different signal to noise ratio curve of BER performance than emulation.)
    2010-03-29 10:08:21下载
    积分:1
  • ppt
    这是一个用来用手机操控电脑上的ppt的一个源码,挺有意思的,可以用来做参考(thiao this is a android ffio fjdiofj fjia ofji afjifjidjifiroagjiorajpo)
    2015-05-05 15:41:18下载
    积分:1
  • ofdm
    说明:  数据辅助定时同步算法T.Schmidl 和D.Cox,Park&Cheon和minn(Data-Assisted Timing Synchronization Algorithms T.Schmidl and D.Cox, Park&Cheon and Minn)
    2020-11-30 16:59:28下载
    积分:1
  • PPT
    扩频通信,即扩展频谱通信(Spread Spectrum Communication),它与光纤通信、卫星通信,一同被誉为进入信息时代的三大高技术通信传输方式。
    2011-12-15 20:30:31下载
    积分:1
  • fast-subspace-algorithm
    为了对空间辐射源进行精确定位" 建立了基于任意阵列对多目标源进行二维DOA估计的数学模型。将 MUSIC算法推广到三维空间阵列可以对辐射源进行二维高精度测向,但由于其需要估计接收数据的协方差矩阵和进行特征分解, 因而其计算量较大。利用多级维纳滤波器的前向递推获得信号子空间和噪声子空间,不需要估计协方差矩阵和对其进行特征分解,从而降低了MUSIC算法的计算量。将文中的方法应用于任意阵列的二维DOA估计中进行计算机仿真和实际侧向系统性能验证,实验结果均表明该方法达到了MUSIC算法的性能,但与常规MUSIC算法相比降低了计算量.( In order to space radiation source for precise positioning" based on arbitrary array to multiple target source 2D DOA estimation model. The MUSIC algorithm is extended to three-dimensional space to two-dimensional array of radiation source for high precision direction finding, but due to the need to estimate the covariance matrix and eigenvalue decomposition, and the large amount of calculation. Use of multistage Wiener filter forward recursion received signal and noise subspace, does not need to estimate the covariance matrix and the eigenvalue decomposition, which reduces the computation of MUSIC algorithm. This method is applied to an arbitrary array DOA estimation for computer simulation and actual lateral system performance verification, the experimental results show that this method achieves the performance of MUSIC algorithm, but with the conventional MUSIC algorithm reduces the calculation amount.)
    2012-03-09 16:03:44下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载