Description: Simulation of synchronous generator in MATLAB, we can refer to the learn, you build a model also has the very big help
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File list (Check if you may need any files):
同步电机
........\abc系统
........\.......\fangzhen.m
........\.......\sh_ge_se_ex_ode.m
........\.......\sh_ge_se_ex_so.m
........\.......\tongbufadianji.m
........\alphabeta系统
........\.............\突然两相空载短路
........\.............\................\无阻尼绕组
........\.............\................\..........\fangzhen.m
........\.............\................\..........\tongbufadianji.m
........\.............\................\有阻尼绕组
........\.............\................\..........\12345.emf
........\.............\................\..........\12345.fig
........\.............\................\..........\23456.fig
........\.............\................\..........\fangzhen.asv
........\.............\................\..........\fangzhen.m
........\.............\................\..........\tongbufadianji.asv
........\.............\................\..........\tongbufadianji.m
........\.............\突然两相负载短路
........\.............\................\无阻尼绕组
........\.............\................\..........\fangzhen.m
........\.............\................\..........\tongbufadianji.m
........\.............\................\有阻尼绕组
........\.............\................\..........\12345.fig
........\.............\................\..........\23456.fig
........\.............\................\..........\fangzhen.m
........\.............\................\..........\tongbufadianji.m
........\.............\突然单相短路
........\.............\............\无阻尼绕组
........\.............\............\..........\fangzhen.m
........\.............\............\..........\tongbufadianji.m
........\.............\............\有阻尼绕组
........\.............\............\..........\12345.fig
........\.............\............\..........\23456.fig
........\.............\............\..........\fangzhen.m
........\.............\............\..........\tongbufadianji.m
........\dq0系统
........\.......\空载建立电压
........\.......\............\无阻尼绕组
........\.......\............\..........\fangzhen.m
........\.......\............\..........\sy_ge_nodamp_noload_ode.m
........\.......\............\..........\sy_ge_nodamp_noload_sol.m
........\.......\............\..........\tongbufadianji.m
........\.......\............\有阻尼绕组
........\.......\............\..........\fangzhen.m
........\.......\............\..........\sy_ge_damp_noload.m
........\.......\............\..........\sy_ge_damp_noload_ode.m
........\.......\............\..........\sy_ge_damp_noload_sol.m
........\.......\............\..........\tongbufadianji.m
........\.......\突然三相短路
........\.......\............\无阻尼绕组
........\.......\............\..........\fangzhen.m
........\.......\............\..........\sy_ge_nodamp_3duanlu_ode.m
........\.......\............\..........\sy_ge_nodamp_3duanlu_sol.m
........\.......\............\..........\tongbufadianji.m
........\.......\............\有阻尼绕组
........\.......\............\..........\fangzhen.m
........\.......\............\..........\sy_ge_damp_3duanlu_ode.m
........\.......\............\..........\sy_ge_damp_3duanlu_sol.m
........\.......\............\..........\tongbufadianji.m
........\.......\转子绕组短路定子绕组突然加对称电压
........\.......\..................................\无阻尼绕组
........\.......\..................................\..........\fangzhen.m
........\.......\..................................\..........\sy_ge_nodamp_rduanlu_ode.m
........\.......\..................................\..........\sy_ge_nodamp_rduanlu_sol.m
........\.......\..................................\..........\tongbufadianji.m
........\.......\..................................\有阻尼绕组
........\.......\..................................\..........\fangzhen.m
........\.......\..................................\..........\sy_ge_damp_rduanlu_ode.m
........\.......\..................................\..........\sy_ge_damp_rduanlu_sol.m
........\.......\..................................\..........\tongbufadianji.m