Mechantronic models
are compatible with Intusoft's IsSpice4 simulator, but the collection
is beta software and is not entirely supported. Outside of purchasing
Intusoft's Test Designer product, a non-disclosure agreement must be
signed to receive the Mechantronic library, and is only available for
customers who have purchased ICAP/4Windows or a higher-end ICAP/4 offering.
Technical support is not officially provided for Mechantronic models.
Libary listing for Mechatronic Models (.pdf
or txt). (Excel 2000
file format) - Total count 512
- Stimulus
sources (step, impulse, ramp, 1-phase AC, 3-phase AC)
- Drive controllers
(PID controllers, DC/1 phase, 3-phase current/frequency)
- Electro-mechanical
actuators (behavioral motor controller model, winding, permanent
magnet DC-motor, separately excited DC-motor, series excited DC-motor,
shunt excited DC-motor, compound excited DC-motor, 3-phase brushless
DC-motor, 3-phase AC-induction motor, 1-phase AC-induction motor,
3-phase AC-synchronous motor with field winding on rotor or stator,
3-phase AC-synchronous permanent magnet motor (brushless AC), 2-phase
permanent magnet stepper motor, 3-phase permanent magnet stepper motor,
2-phase variable reluctance stepper motor, 3-phase variable reluctance
stepper motor, 3-phase SR (switched reluctance) motor, solenoid)
- Electro-hydraulic
actuator models (fixed/variable displacement pump, hydraulic motor,
chamber filled with hydraulic fluid, one-sided/2-sided hydraulic cylinder)
- Mechanical
models (gears: pin-rack gear with various types of backlash, gears
with fixed carrier, spur gears with rotating carrier, 2D-gear model,
Planar Bus models, flat belt segment with inertia, joint friction,
slippage, and pretension, V-belt drive, synchronous (toothed) belt
drive, chain drive, lead screw, ball screw, friction drive, brake
model, clutch model, free wheel, cam model, cardan joint transmission
(universal Hooke joint), lever with fixed pivot, pulleys)
- Sensors (tacho
generator, encoder, accelerometer, vibrometer, position controlled
switch, potentiometer, 3-phase synchro, 2-phase resolver)
- Non-linear
mathematical blocks (transport delay, limiters, dead band, Schmitt
trigger relay, saturation model)
- Translational
mechanics models (general load, mass, gravity, damper, non-linear
spring, friction (stiction + Coulomb + drag), flexible coupling, backlash,
contacts)
- Rotational
and mixed rotational/translations mechanics models (rotational
load, bobbin w/variable inertia, shaft, transformation from rotational
to linear (including inertia, friction and slippage), unbalanced mass,
eccentric rotating mass, centrifugal forces)
- Planar mechanical
models (planar mass, spring and damper, rotational joints/drives)
- Hydraulic
models (pipes, tanks, leaks, loss due to bend, orifice flow, gas
loaded accumulator, pressure relief valves, hydraulic power drives)
|