登录
首页 » matlab » book-simulink

book-simulink

于 2017-04-16 发布 文件大小:17502KB
0 267
下载积分: 1 下载次数: 29

代码说明:

  《现代永磁同步电机控制原理及MATLAB仿真》,袁雷编著,北京航空航天大学出版社 , 2016.04 的书籍源码,可以再此基础上对其进行编程。( Modern permanent magnet synchronous motor control principle and MATLAB simulation , Yuan Lei edited, Beijing University of Aeronautics and Astronautics Press, 2016.04 Of the book source, you can then on the basis of its programming)

文件列表:

随书仿真模型
............\Chap1
............\.....\Clark.slx,16738,2015-10-01
............\.....\Park.slx,23917,2015-10-01
............\.....\pmsm.slx,20923,2015-10-01
............\.....\PMSM_dq frmae
............\.....\.............\Copy_of_pmsm.m,1097,2015-10-02
............\.....\.............\pmsm.m,2322,2015-10-02
............\.....\.............\pmsmdee.slx,18196,2015-10-01
............\.....\.............\pmsm_plot.m,327,2015-08-13
............\.....\.............\PMSM_sfunction.slx,20108,2017-01-20
............\.....\.............\PMSM_sfunction.slx.r2014b,17342,2015-10-05
............\.....\.............\PMSM_simulink.slx,17942,2015-10-01
............\.....\PMSM_model.slx,21516,2015-10-01
............\.....\PMSM_Stationary frame
............\.....\.....................\PMSM_Alpha_beta.slx,19127,2015-10-02
............\Chap10
............\......\Five_PMSM_control.slx,24879,2015-10-07
............\......\Five_PMSM_matlab.slx,18208,2015-10-07
............\......\PMSM_model.slx,19128,2015-10-07
............\......\pmsm_plot.m,331,2015-10-07
............\......\Transformations.slx,15472,2015-10-07
............\Chap2
............\.....\SPWM_simulink.slx,19297,2015-08-28
............\.....\SPWM_simulink_3rd.slx,18944,2015-08-28
............\.....\SPWM_simulink_deadtime.slx,20897,2015-08-28
............\.....\SPWM_simulink_Jiaoti.slx,21141,2015-08-28
............\.....\SPWM_simulink_Jizhi.slx,19134,2015-08-28
............\.....\SPWM_simulink_Junzhi.slx,19311,2015-08-28
............\.....\svpwm_model
............\.....\...........\SVPWM_plot.m,301,2015-08-11
............\.....\...........\SVPWM_sfun
............\.....\...........\..........\svpwm.m,2607,2015-08-24
............\.....\...........\..........\svpwm_sfunction.slx,17308,2015-10-01
............\.....\...........\svpwm_sfunction1.slx,27751,2015-10-01
............\.....\...........\svpwm_simulink.slx,26346,2015-10-01
............\.....\...........\SVPWM_simulink1.slx,18780,2015-08-27
............\Chap3
............\.....\PMSM_PI
............\.....\.......\PMSM_PI_decomposition.slx,31715,2015-10-04
............\.....\.......\pmsm_plot.m,325,2015-08-16
............\.....\.......\Speed_PI.slx,15292,2015-10-01
............\.....\PMSM_Relay
............\.....\..........\pmsm_plot.m,325,2015-08-16
............\.....\..........\PMSM_Relay.slx,24062,2015-10-06
............\.....\PMSM_SMC
............\.....\........\Figure
............\.....\........\......\Iabc.fig,10492254,2015-08-17
............\.....\........\......\Nr.fig,3070050,2015-08-17
............\.....\........\......\Te.fig,3461863,2015-08-17
............\.....\........\pmsm_plot.m,325,2015-08-16
............\.....\........\PMSM_SMC.slx,31798,2015-10-04
............\Chap4
............\.....\PMSM_DTC_improved
............\.....\.................\PMSM_DTC_improved.slx,32525,2015-11-16
............\.....\.................\pmsm_plot.m,425,2015-09-26
............\.....\PMSM_DTC_traditional
............\.....\....................\pmsm_plot.m,402,2015-09-26
............\.....\....................\PMSM_switch.m,2063,2015-10-01
............\.....\....................\PMSM_traditional.slx,25496,2015-10-01
............\.....\....................\sector.m,2367,2015-10-01
............\Chap5
............\.....\PMSM_MRAS
............\.....\.........\PMSM_MRAS.slx,33857,2015-09-29
............\.....\.........\pmsm_plot.m,472,2015-09-29
............\.....\PMSM_SMO
............\.....\........\pmsm_plot.m,595,2015-10-02
............\.....\........\PMSM_SMO_atan.slx,33999,2015-10-01
............\.....\PMSM_SMO_dq
............\.....\...........\pmsm_plot.m,616,2015-10-05
............\.....\...........\PMSM_SMO_dq.mdl,195292,2015-10-05
............\Chap6
............\.....\HF
............\.....\..\PMSM_HF.slx,36245,2015-10-01
............\.....\..\pmsm_plot.m,472,2015-09-30
............\Chap7
............\.....\Clark.slx,17457,2015-10-01
............\.....\Park.slx,19166,2015-10-01
............\Chap8
............\.....\Six_phase_inverter.slx,30946,2015-10-18
............\.....\Six_phase_inverter_double.slx,25063,2015-10-01
............\.....\Six_phase_inverter_twoThree_pwm.slx,23312,2015-10-01
............\.....\SVPWM_plot.m,248,2015-09-06
............\Chap9
............\.....\pmsm_plot.m,538,2015-09-20
............\.....\Sixphase_traditional.mdl,152948,2015-09-21

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

  • 00000
    说明:  搭建切换系统的模块,很有用的哦,在此基础上很容易搭建时滞系统的仿真模块哦,还可以提出宝贵的意见修改哦(it is very useful for you to simulation a switched system)
    2011-04-17 23:09:39下载
    积分:1
  • Track
    一些matlab中很有用的源码程序,对于初学者学习很有帮助(matlab )
    2010-05-14 17:09:41下载
    积分:1
  • RSA_digital_signature
    基于MATLAB的数字签名程序算法要的都来下吧 呵呵(MATLAB-based algorithm for digital signature procedures have come to the right Ha ha under)
    2010-06-07 14:32:12下载
    积分:1
  • NonCvxGroupSparsity
    本程序为一种基于凸优化的OFDM信道估计算法,平滑SLO算法是求解稀疏线性方程组的一种迭代解法,本程序将其应用于OFDM信道估计,取得了较好的信号估计精度以及速度(This procedure is a convex optimization of OFDM-based channel estimation algorithm, smoothing algorithm SLO is sparse system of linear equations to solve an iterative method, the procedure will be applied to OFDM channel estimation, the signal to obtain a better estimation accuracy and speed)
    2009-07-11 09:40:56下载
    积分:1
  • Ricker-wavelet
    雷克子波的一套完整的详细的matlab程序,确实有问题,不要下载,我已经修正,并已经上传(Ricker wave matlab a complete set of detailed procedures)
    2011-04-20 09:27:53下载
    积分:1
  • machinelearning
    机器学习 curse of dimensionality(Machine learning curse of dimensionality)
    2010-10-25 14:11:30下载
    积分:1
  • New-folder
    nodule detection in matlab
    2013-09-10 19:07:40下载
    积分:1
  • delay
    Implementation of Borland-Pascal Delay function, encapsulated in a component. During this delay, all system messages are performed.
    2015-02-03 14:36:53下载
    积分:1
  • dhan20correct27
    series compensator facts devicesd
    2009-12-01 18:48:00下载
    积分:1
  • t
    说明:  取u=0.0375,阶数L=11,比较w取不同值时LMS算法的运算结果之间所存在的差异(observing the diferent result of LMS when "w" is diferent (u=0.0375 and L=11))
    2009-06-17 08:29:29下载
    积分:1
  • 696516资源总数
  • 106409会员总数
  • 8今日下载