Adept Scientific - Norge
Verdens førende software for industri, forskning og utvikling.
flag arrow
clearclear
Flag

 Adept Store | register Join My Adept | Flags  
Adept Scientific | Nydalsveien 33 | 0484 Oslo | Norway | Tel: 800 58 997  
UKusdedksvnofi
Hjem
Produkter
Kurs
Services
 Kjøp Online
Downloads
Utdanning
Support
Mitt Adept
Internasjonal |  Om oss |  Blog |  Kontakt oss |  Presserom |  Jobb


Gå videre

• Ask us a question
•  Download a Demo
•  Request a Brochure

Lær mer

Quanser Home
The Quanser Difference
Comparison Chart

Control Experiments
Linear
Rotary
 - Position Servo
 - Rate Servo
 - Ball & Beam
 - Flexible Link
 - Flexible Joint
 - Multi-DOF Torsion
 - Gyro/Stable Platform
 - Rotary Inverted Pendulum
 - Self-erecting IP
 - Double IP
 - 2 DOF Robot Module
 - 2 DOF Rotary Gantry
 - 2 DOF IP

Specialty
Mechatronics

Service & support

Search the Knowledge Base
Technical Support request

Quanser

2 DOF Inverted Pendulum

iml_R12-2dofip.gif
Challenge:
Balance a 2 DOF inverted pendulum upright.

Description:
A long pendulum rod is attached to an instrumented 2 joint gimbal. The pendulum is free to fall in two directions. The joint angles are measured using sensors. The mechanism is attached to the tip of the 2DOF robot.
Design a controller that maintains the pendulum upright using the two servo motors. The system is supplied with a state feedback controller. You may design any other controller you wish.

Difficulty:
Undergraduate - second course / Graduate / Project / Research




Ready to buy?

For more information:
Contact our Quanser team by calling +44 (0) 1462 480055, or by e-mail at sales@adeptscience.co.uk.

Featured Downloads

QNET Pendulum Demo Movie
Quanser Product Brochure
2 DOF Inverted Pendulum Demo Movie

adept

Top of the Page

Our Privacy and Terms and Conditions Statement
All Trademarks Recognised. Copyright © 2008, Adept Scientific.
Site designed and maintained by Adeptise

Adept Scientific | Nydalsveien 33 | 0484 Oslo | Norway | Tel: 800 58 997