|
ADVANCED CONTROL EXPERIMENTS |
|
| |
Quanser |
Other? |
Meaning |
| Total experiments |
>60 |
|
How many different electromechanical configurations do they offer? This is important especially that our systems are modular and you are not locked into the same experiment permanently. |
| Modular systems |
YES |
|
Can you use the same power
plant to perform very different experiments. For example use the inverted
pendulum cart to perform Seesaw , Gantry or Linear flexible joint?
Can you use the same power module for various systems? |
| Custom design |
YES |
|
Do they perform custom designs from scratch? Will they make modifications to existing setups? Do they upgrade their system when the designs are improved over the years? |
| Number of MIMO experiments |
>8 |
|
How many MIMO experiments
do they offer? Do they have extensive experience with MIMO systems? |
| Types of Helicopter experiments |
3 |
|
How many different helicopter
experiments do they make? |
| Precious metal sliprings on
helicopters for unlimited motion? |
YES |
|
Do they use sliprings on
the helicopters? Sliprings allow for electrical signals to be transmitted
without tangling wires and therefore eliminating friction and allowing
for unlimited rotation. Once you are limited in rotation, the experiment
is useless! |
| How many inverted pendulum
experiments? |
>10 |
|
Our experiments can be configured to perform- Linear : Classical IP, Self erecting linear IP, double IP, Flexible IP, triple IP (HFLC) Rotary: Rotary IP, Self erecting IP, Double IP, 2 DOF IP-Planar: Up/Up & Down/Up configurations. |
| Is there a "classical" Inverted
pendulum. |
YES |
|
Some manufacturers claim
they have an "inverted pendulum" which does not even look like an
inverted pendulum. Please examine it closely and note that it may
have a counterweight making it a much easier system to balance. Furthermore,
dynamically it is the same as our Seesaw. |
| Types of self erecting inverted
pendulum. |
Linear
Rotary
Planar |
|
How many types of self
erecting inverted pendula do they have? We have three types and all
can be upgraded to double inverted pendulum experiments! |