1.电机类型:DC伺服电机(带光学编码器)
2.编码器分辨率:2048 CPR(每转计数)
3.最大转速:±3000 rpm
4.摆臂长度:可调式(标配约15cm),可附加质量块(典型实验配置50-100g)
5.24V DC(标准实验室电源接口)
6.角度测量:±180°(主臂),角速度测量:通过编码器差分计算
7.控制带宽:>10 Hz(取决于算法设计)
8.USB 2.0(直接连接PC)
9.QUARC实时控制接口(兼容MATLAB/Simulink)
1.Motor Type: DC servo motor (with optical encoder)
2.Encoder Resolution: 2048 CPR (counts per revolution)
3.Max Speed: ±3000 rpm
4.Arm length: Adjustable (standard ~15cm), can add counterweights (typical 50-100g for experiments)
5.24V DC (standard lab power interface)
6.Angle measurement: ±180° (main arm);Angular velocity: Calculated via encoder differential
7.Control Bandwidth: >10 Hz (algorithm dependent)
8.USB 2.0 (direct PC connection)
9.QUARC real-time control interface (MATLAB/Simulink compatible)
1.支持位置、速度、电流三环控制实验
2.倒立摆控制(需选配摆杆模块):经典平衡控制算法验证
3.柔性关节仿真:模拟弹性负载下的非线性控制
4.通过 QUARC 实现 <1ms 实时控制周期
5.支持硬件在环(HIL) 仿真,连接数字孪生模型
6.多平台编程,原生兼容 MATLAB/Simulink(自动代码生成),提供 Python API 和 C/C++ 底层接口
1.Supports position, speed, and current triple-loop control experiments.
2.Inverted pendulum control (requires optional pendulum module): Classic balance control algorithm verification.
3.Flexible joint simulation: Simulates nonlinear control under elastic loads.
4.Achieves <1ms real-time control cycle via QUARC.
5.Supports Hardware-in-the-Loop (HIL) simulation, connecting to digital twin models.
6.Multi-Platform Programming, native compatibility with MATLAB/Simulink (automatic code generation), provides Python API and C/C++ low-level interfaces.
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