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Femm4.2
- 电磁场有限元分析软件FEMM的安装程序，ver.4.2 。不可多得好软件，可以应用于电机、电磁铁、磁悬浮等相关领域。-The finite element method (FEM) is one of the most successful computational techniques for obtaining approximate solutions to the partial differential equations that arise in many scientifi
cixuanf
- 磁悬浮的3自由度电路图，可以再x yz轴控制-Circuit diagram the Maglev 3 degrees of freedom, and then x yz axis control
AML
- 磁悬浮小球无位置传感算法的Simulink仿真实现。采用小波注入的方式，采集出线圈电流信号，进行位置估计。采用状态反馈控制器。-Magnetic levitation ball without position sensing algorithm Simulink Simulation. Injection method using wavelet, collecting the coil current signal, for position estimation. Using state
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- 电动汽车磁悬浮飞轮电池储能系统设计System design of magnetic suspension flywheel battery electric vehicles can be-System design of magnetic suspension flywheel battery electric vehicles can be
123456
- 根据磁悬浮系统基本功能建立的模型，可以运行，实现基本功能-According to the basic function of the maglev system, the model can run and realize the basic function.
dsp
- [磁悬浮平面电机运动控制程序]，基于DSP的运动控制相关程序-Planar motor DSP motion control program
磁悬浮球控制器和励磁装置的设计与研究.rar
- 磁悬浮球系统是一个复杂的系统，其研究涉及控制理论、电磁场理论、电力 电子技术、数字信号处理以及计算机科学等众多领域。磁悬浮球的控制器和功率 放大器在系统中起着决定性的作用，它们的性能不但决定了磁悬浮球能否稳定悬 浮，而且直接影响到磁悬浮球的动态性能。本文主要针对磁悬浮球系统的控制器 和功率放大器进行分析和研究。(The magnetic levitation ball system is a complex system, which involves control theory, e
cixuanfu
- 磁悬浮控制系统原理图与采用STM32控制效果程序(The principle diagram of magnetic suspension control system and STM32 control effect program are adopted)
Mag_susp_system
- 这是一个磁悬浮系统的仿真 在完成一个自由度的运动(This is a simulation of a magnetic levitation system in which the motion of a degree of freedom is completed)
磁悬浮小球系统
- 介绍磁悬浮小球系统建模，非线性系统的线性化处理，状态空间，极点和零点配置，仿真优化(The modeling of magnetic levitation ball system, linearization of nonlinear system, configuration of state space, poles and zeros, simulation optimization are introduced)
pose_solv_HDPJ
- 通过坐标系传递的方法解算刚体位姿变换。实例为磁悬浮解算方法(Solving the rigid posture transformation by means of coordinate system transfer)