SinglePhase - AB to RST transformation
Connection Diagram:
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| ||||||||||
| U1 | ||||||||||
| SHAFT | ||||||||||
| U2 | ||||||||||
| Z1 | ||||||||||
| Z2 | ||||||||||
| Connections(49) | Position | Remark |
| Z2 | Left | |
| Z1 | Left | |
| U2 | Left | |
| U1 | Left | |
| SHAFT | Right |
| Parameters(11) | Default | Remark |
| J | 1m | Rotor Inertia |
| f | 1u | Friction of the rotor |
| Lmx | 0.64 | Stator Magnetizing Inductance |
| Lmy | 0.7744 | |
| Lsx | 0.06 | Stator leakage inductance |
| Lsy | 0.06 | Stator Start winding leakage inductance |
| Rsy | 6.6 | Stator start winding resistance |
| Rsx | 6 | Stator main winding resistance |
| Lr | 0.06 | Rotor leakage inductance |
| Rr | 6 | Rotor resistance |
| p | 1 | pole pairs |
| Function | The 2-phase input signal AB is transformed into a three phase system RST. Vr = Va Vs= -Va/2 + 1.7Vb/2 Vt= -Va/2 - 1.7Vb/2 |
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| Status | Standard | |
| Select from | Components\Library\Laboratory\ElectricMachines\IM | |
See also
IM, IMYD,