Signal\Transfer Functions
FO
FOL
FOLA
SOI
SOO
SOU
SOUO
SOOL
Domains: Discrete, Continuous. Size: 1-D. Allowed in: Block Diagrams.
This model describes a first order process determined by k and tau. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
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output |
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Initial Values |
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state_initial |
The initial value of the output. |
Parameters |
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k tau |
Proportional gain []. Process time constant [s]. |
This model describes a first order process with lead time determined by the parameters k, tau and tauL. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
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output |
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Initial Values |
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state_initial |
Internal state. |
Parameters |
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k tau tauL |
Proportional gain []. Process time constant [s]. Lead time constant [s]. |
This model describes a first order process with lag determined by the parameters k, tau and tauL. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
|
output |
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Initial Values |
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state_initial |
Internal state. |
Parameters |
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k tau tauL |
Proportional gain []. Process time constant [s]. Lag time constant [s]. |
This model describes a second order process with integrator determined by the parameters k and tau. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
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output |
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Initial Values |
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state1_initial state2_initial |
Internal state. The initial value of the output. |
Parameters |
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k tau |
Proportional gain []. Process time constant [s]. |
This model describes an overdamped second order process determined by the parameters k, tau1 and tau2. The transfer function of this process is:
Inputs |
Description |
input |
|
Outputs |
|
output |
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Initial Values |
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state1_initial state2_initial |
Internal state. The initial value of the output. |
Parameters |
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k tau1 tau2 |
Proportional gain []. First process time constant [s]. Second process time constant [s]. |
This model describes an underdamped second order process, determined by the parameters k, tau and zeta. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
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output |
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Initial Values |
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state1_initial state2_initial |
Internal state. The initial value of the output after the dead time has passed. |
Parameters |
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k tau zeta |
Proportional gain []. Natural period of oscillation [s]. Damping factor []. |
This model describes an underdamped second order process, determined by the parameters k, omega and zeta. The transfer function of this process is:
Inputs |
Description |
input |
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Outputs |
|
output |
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Initial Values |
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state1_initial state2_initial |
Internal state. The initial value of the output after the dead time has passed. |
Parameters |
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k omega zeta |
Proportional gain []. Natural frequency [rad/s]. Damping factor []. |
This model describes an overdamped second order process with lead time determined by the parameters k, tau1, tau2 and tauL. The transfer function of this process is:
Inputs |
Description |
input |
|
Outputs |
|
output |
|
Initial Values |
|
state1_initial state2_initial |
Internal state. The initial value of the output. |
Parameters |
|
k tau1 tau2 tauL |
Proportional gain []. First process time constant [s]. Second process time constant [s]. Lead time constant [s]. |