Simulink Control Design™ - MathWorks

The first operating point is near the 2500 rpm (261.8 rad/s) settling condition.

op(1)

Operating point for the Model scdspeedtrigger.

(Time-Varying Components Evaluated at time t=10.63)

States:

----------

(1.) scdspeedtrigger/PID Controller/Filter/Cont. Filter/Filter

x: 0

(2.) scdspeedtrigger/PID Controller/Integrator/Continuous/Integrator

x: 10.5

(3.) scdspeedtrigger/Throttle & Manifold/Intake Manifold/p0 = 0.543 bar

x: 0.511

(4.) scdspeedtrigger/Vehicle Dynamics/w = T//J w0 = 209 rad//s

x: 262

Inputs: None

----------

The second operating point is near the 3000 rpm (314.16 rad/s) settling condition.

op(2)

Operating point for the Model scdspeedtrigger.

(Time-Varying Components Evaluated at time t=28.3703)

States:

----------

(1.) scdspeedtrigger/PID Controller/Filter/Cont. Filter/Filter

x: 0

(2.) scdspeedtrigger/PID Controller/Integrator/Continuous/Integrator

x: 11.9

(3.) scdspeedtrigger/Throttle & Manifold/Intake Manifold/p0 = 0.543 bar

x: 0.49

(4.) scdspeedtrigger/Vehicle Dynamics/w = T//J w0 = 209 rad//s

x: 314

Inputs: None

----------

The third operating point is near the 3500 rpm (366.52 rad/s) settling condition.

1 Steady-State Operating Points