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VisSim/Motion 
Modelling and Simulation
of Motion Control Systems
VisSim/Motion™
is a block set that enables engineers to easily model and simulate motion
control systems by using a pre-built motion component library. Simply
select and connect your components, right click each and fill in dialogue
box entries with your parameters.
Then, with the push of a button, run
a simulation and view the behaviour of your system.
Position Control Using Brushless DC Motor
VisSim/Motion includes:
- Motors: AC induction, Permanent Magnet Brushless, Brush DC, stepper
- Controllers: AC induction Field Oriented Control, PWM single phase,
dual phase and space vector, PID, six step commutator, stepper
- Sensors: frequency demodulator, Hall, encoder, LVDT, rotary servo
potentiometer, rotary tachometer
- Transforms: Clarke, Park, inverse Clarke, inverse Park
- Loads: Rotational, translational
- Voltage sources: 3-phase sinusoidal, 3-phase square wave (inverter
source)
- A comprehensive set of tutorials describing how to use VisSim/Motion
for the modelling and simulation of AC induction and DC brushless motion
control systems
"For any engineer involved
in the design of motor driven systems, VisSim/Motion provides an easy
way to plan the design; both in the selection and sizing of components
and overall system architecture. VisSim/Motion is a valuable tool for
verifying that performance requirements will be met in advance of repeated
prototype trials, thus saving considerable time and expense."
Mike Borrello, Senior Technical
Manager, Puritan Bennett Corporation, Carlsbad, CA
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