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现代永磁同步电机控制原理及Matlab仿真的随书仿真模型。-Modern permanent magnet synchronous motor control theory and Matlab simulation with the book simulation model.
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下载文件列表
随书仿真模型
............\Chap1
............\.....\Clark.slx
............\.....\Park.slx
............\.....\pmsm.slx
............\.....\PMSM_dq frmae
............\.....\.............\Copy_of_pmsm.m
............\.....\.............\pmsm.m
............\.....\.............\pmsm_plot.m
............\.....\.............\PMSM_sfunction.slx
............\.....\.............\PMSM_simulink.slx
............\.....\.............\pmsmdee.slx
............\.....\PMSM_model.slx
............\.....\PMSM_Stationary frame
............\.....\.....................\PMSM_Alpha_beta.slx
............\Chap10
............\......\Five_PMSM_control.slx
............\......\Five_PMSM_matlab.slx
............\......\PMSM_model.slx
............\......\pmsm_plot.m
............\......\Transformations.slx
............\Chap2
............\.....\SPWM_simulink.slx
............\.....\SPWM_simulink_3rd.slx
............\.....\SPWM_simulink_deadtime.slx
............\.....\SPWM_simulink_Jiaoti.slx
............\.....\SPWM_simulink_Jizhi.slx
............\.....\SPWM_simulink_Junzhi.slx
............\.....\svpwm_model
............\.....\...........\SVPWM_plot.m
............\.....\...........\SVPWM_sfun
............\.....\...........\..........\svpwm.m
............\.....\...........\..........\svpwm_sfunction.slx
............\.....\...........\svpwm_sfunction1.slx
............\.....\...........\svpwm_simulink.slx
............\.....\...........\SVPWM_simulink1.slx
............\Chap3
............\.....\PMSM_PI
............\.....\.......\PMSM_PI_decomposition.slx
............\.....\.......\pmsm_plot.m
............\.....\.......\Speed_PI.slx
............\.....\PMSM_Relay
............\.....\..........\pmsm_plot.m
............\.....\..........\PMSM_Relay.slx
............\.....\PMSM_SMC
............\.....\........\Figure
............\.....\........\......\Iabc.fig
............\.....\........\......\Nr.fig
............\.....\........\......\Te.fig
............\.....\........\pmsm_plot.m
............\.....\........\PMSM_SMC.slx
............\Chap4
............\.....\PMSM_DTC_improved
............\.....\.................\PMSM_DTC_improved.slx
............\.....\.................\pmsm_plot.m
............\.....\PMSM_DTC_traditional
............\.....\PMSM_DTC_traditional.zip
............\.....\....................\pmsm_plot.m
............\.....\....................\PMSM_switch.m
............\.....\....................\PMSM_traditional.slx
............\.....\....................\sector.m
............\Chap5
............\.....\PMSM_MRAS
............\.....\.........\PMSM_MRAS.slx
............\.....\.........\pmsm_plot.m
............\.....\PMSM_SMO
............\.....\........\pmsm_plot.m
............\.....\........\PMSM_SMO_atan.slx
............\.....\PMSM_SMO_dq
............\.....\...........\pmsm_plot.m
............\.....\...........\PMSM_SMO_dq.mdl
............\Chap6
............\.....\HF
............\.....\..\PMSM_HF.slx
............\.....\..\pmsm_plot.m
............\Chap7
............\.....\Clark.slx
............\.....\Park.slx
............\Chap8
............\.....\Six_phase_inverter.slx
............\.....\Six_phase_inverter_double.slx
............\.....\Six_phase_inverter_twoThree_pwm.slx
............\.....\SVPWM_plot.m
............\Chap9
............\.....\pmsm_plot.m
............\.....\Sixphase_traditional.mdl