A two-pole synchronous machine is carrying balanced three-phase armature currents ia = v2 la cos(ot), ib = v2 Ia cos(@t-120) , ic = v2 la cos(@t-240) The rotor is rotating at synchronous speed m, and the rotor direct axis is aligned with the stator phase-a axis at time t= 0. Find the direct- and quadrature-axis current components.
A two-pole synchronous machine is carrying balanced three-phase armature currents ia = v2 la cos(ot), ib = v2 Ia cos(@t-120) , ic = v2 la cos(@t-240) The rotor is rotating at synchronous speed m, and the rotor direct axis is aligned with the stator phase-a axis at time t= 0. Find the direct- and quadrature-axis current components.
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![A two-pole synchronous machine is carrying balanced three-phase armature currents
ia = v2 la cos(ot) , ib = v2 Ia cos(ot-120) , ic = v2 Ia cos(@t-240)
The rotor is rotating at synchronous speed m, and the rotor direct axis is aligned with the stator
phase-a axis at time t = 0. Find the direct- and quadrature-axis current components.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1c34c10a-38ff-4371-b556-8066f962c31c%2F053dc89e-5777-4a22-8463-e6df9db6b744%2F0g1eohg_processed.png&w=3840&q=75)
Transcribed Image Text:A two-pole synchronous machine is carrying balanced three-phase armature currents
ia = v2 la cos(ot) , ib = v2 Ia cos(ot-120) , ic = v2 Ia cos(@t-240)
The rotor is rotating at synchronous speed m, and the rotor direct axis is aligned with the stator
phase-a axis at time t = 0. Find the direct- and quadrature-axis current components.
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