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SIMPLORER User Manual V6.0 - FER-a

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4<br />

5<br />

182 Modeling with Circuit Components<br />

Dialog Settings<br />

� «Parameters»<br />

Defines the machine parameters in the table. Common parameter types. Enter a numerical<br />

value, a variable, or an expression in the text box. Look the parameter meaning up in the parameter<br />

table below.<br />

� «Initial Values»<br />

Defines the initial values of the machine in the table. Enter a numerical value, a variable, or<br />

an expression in the text box to define the initial values at simulation start. Look the parameter<br />

meaning up in the parameter table below.<br />

� «Angular Dimension»<br />

Select the angular dimension – radians or degrees – in the list. The dimension is valid for all<br />

angle input quantities in the machine model.<br />

Component Parameters<br />

Description [Unit] Parameter Name<br />

Load Torque [Nm] LOAD real<br />

Armature Resistance [Ω]<br />

Sum of resistances of all windings of armarture circuit<br />

RA real<br />

Armature Inductance [H]<br />

Sum of inductivities of all windings of armarture circuit<br />

LA real<br />

Rotor Flux Linkage [Vs] KE real<br />

Moment of Inertia [kg*m²] J real<br />

Initial Armature Current [A] IA0 real<br />

Initial Rotor Speed [rpm] N0 real<br />

Initial Rotor Position [deg] PHI0 real<br />

Component Outputs<br />

Description [Unit] Parameter Name<br />

Rotor Speed [rpm] N real<br />

Inner Torque [Nm] MI real<br />

Rotor rational Speed [1/s] OMEGA real<br />

Angular Rotor Acceleration [1/s²] ALPHA real<br />

Rotor Angle in Radians [rad] PHI real<br />

Rotor Angle in Degrees [deg] PHIDEG real<br />

Armature Voltage [V] VA real<br />

Armature Current [A] IA real<br />

Linked Armature Flux [Vs] PSIA real<br />

1st derivative Armature Voltage [V/s] dVA real<br />

1st derivative Armature Current [A/s] dIA real<br />

1st derivative linked Armature Flux [V] dPSIA real<br />

Component Nodes<br />

Description Node Name Nature<br />

Armature Node N1 (with red point) and N2 N1/N2 electrical

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