CCIM
| CCIM (Current controlled Induction machine) | |
| Inputs(4) | ia ib w Lm |
| Parameters(3) | Rr Ls p |
| Default | Rr=1, Ls=1e-3, p=1, |
| History block | YES |
| Select from | Components/Blocks/Machines |
| Function | Output y equals the torque produced by this 2-phase induction machine model. The inputs are the ia, ib currents in the 2-phase plane. The angular speed w can be calculated with a LOAD block. Lm is the main inductance. Rr is the rotor resistance. Ls is the non-coupled inductance of the stator. The total stator inductance equals Lm+Ls.Using the block INT_VAR, the field and currents inside the induction machine can be measured. INT_VAR(1)=yRA Rotor field INT_VAR(2)=yRB Rotor field INT_VAR(3)=ySA Stator field INT_VAR(4)=ySB Stator field INT_VAR(5)=iRA Rotor current INT_VAR(6)=iRB Rotor current INT_VAR(7)=iMA Current through main inductance LM INT_VAR(8)=iMB Current through main inductance LM |
| Special |      |