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Reluctance motors can be designed for constant speed operation from a constant frequency supply.
When operated on a fixed frequency supply, a synchronous motor operates at a constant speed, but it usually requires additional rotor windings to allow it to start as an induction motor.
Other synchronous speeds can be obtained with a constant frequency supply by building a machine with a larger number of pairs of magnetic poles, as opposed to the two-pole construction of the figure.
The proposed approach involves sampling the high frequency supply current drawn by the circuit under test (CUT) and using it to extract information about various performance metrics of the RF CUT.
It focuses the analysis of the rotor slotting saliency, under the variations of: (1) supply of the machine (both the high frequency rotating voltage carrier and the fundamental frequency supply), (2) reference flux of the drive, (3) load torque, and (4) rotor geometry design.
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The Irvine maker of timing and frequency supplies said in a press release that it expects quarterly revenue to be $27 million to $29 million, which would result in earnings of 10 cents to 13 cents a share.
On a constant-frequency supply, an induction motor is essentially a near-constant speed drive.
To achieve this, one winding is connected to a single-phase, constant-frequency supply.
When operated from a constant-frequency supply, the three-phase induction motor constitutes essentially a constant-speed drive, with the speed decreasing only 1 to 5 percent as load torque is increased from zero to rated value.
The relative detuning between the two beams then is given by (delta= f_{1} - f_{2}) and can be controlled by the two RF frequencies supplied to the AOMs.
In sonoelastography, a separate external transducer which is vibrated at different frequencies supplies vibration, and the amount of tissue vibration at each frequency can be quantitatively assessed.
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