Motor Type: DC servo motor (with optical encoder)
Encoder Resolution: 2048 CPR (counts per revolution)
Max Speed: ±3000 rpm
Load Configuration:
Arm length: Adjustable (standard ~15cm)
End load: Can add counterweights (typical 50-100g for experiments)
Power Input: 24V DC (standard lab power interface)
Sensors:
Angle measurement: ±180° (main arm)
Angular velocity: Calculated via encoder differential
Control Bandwidth: >10 Hz (algorithm dependent)
Communication Interfaces:
USB 2.0 (direct PC connection)
QUARC real-time control interface (MATLAB/Simulink compatible)
Supported Platforms:
QUARC real-time control software (Quanser proprietary)
MATLAB/Simulink (full toolbox support)
Python (via API)
Physical Parameters:
电机类型:DC伺服电机(带光学编码器)
编码器分辨率:2048 CPR(每转计数)
最大转速:±3000 rpm
负载配置:
摆臂长度:可调式(标配约15cm)
末端负载:可附加质量块(典型实验配置50-100g)
电源输入:24V DC(标准实验室电源接口)
传感器集成:
角度测量:±180°(主臂)
角速度测量:通过编码器差分计算
控制带宽:>10 Hz(取决于算法设计)
通信接口:
USB 2.0(直接连接PC)
QUARC实时控制接口(兼容MATLAB/Simulink)
支持平台:
QUARC实时控制软件(Quanser专用)
MATLAB/Simulink(全工具箱支持)
Python(通过API接口)
Main Functions:
Basic Control Experiments
Motor control: Supports position, speed, and current triple-loop control experiments
Inverted pendulum control (requires optional pendulum module): Classic balance control algorithm verification
Flexible joint simulation: Simulates nonlinear control under elastic loads
Real-Time Control Development
Achieves <1ms real-time control cycle via QUARC
Supports Hardware-in-the-Loop (HIL) simulation, connecting to digital twin models
Multi-Platform Programming
Native compatibility with MATLAB/Simulink (automatic code generation)
Provides Python API and C/C++ low-level interfaces
Key Features:
Teaching-Friendly Design
Modular structure: Quick replacement of arms/loads (tool-free)
Visual debugging: Real-time display of control response curves (QUARCScope)
Advanced Control Research
Built-in fault injection mode: Simulates sensor noise and motor failures
Supports adaptive control and robust control algorithm verification
Industrial-Grade Precision
Expandable Ecosystem
主要功能:
基础控制实验
电机控制:支持位置、速度、电流三环控制实验
倒立摆控制(需选配摆杆模块):经典平衡控制算法验证
柔性关节仿真:模拟弹性负载下的非线性控制
实时控制开发
通过 QUARC 实现 <1ms 实时控制周期
支持 硬件在环(HIL) 仿真,连接数字孪生模型
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
主要特色:
教学友好设计
模块化结构:快速更换摆臂/负载(无需工具)
可视化调试:实时显示控制响应曲线(QUARC Scope)
高级控制研究
内置故障注入模式:模拟传感器噪声、电机失效
支 自适应控制和鲁棒控制算法验证
工业级精度
扩展生态
无
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