Index of /wp-content/uploads/2016/02

 NameLast modifiedSizeDescription
 Parent Directory   -  
 equivalent-circuit-o..>2020-12-01 04:22 1.0K 
 hysteresis-motor-eq-..>2020-12-01 04:25 1.2K 
 equivalent-circuit-o..>2020-12-01 04:22 1.3K 
 circle-diagram-of-an..>2020-12-01 04:20 1.3K 
 equivalent-circuit-o..>2020-12-01 04:23 1.3K 
 metadyne-eq-1-150x51..>2020-12-01 04:27 1.4K 
 equivalent-circuit-o..>2020-12-01 04:22 1.5K 
 equivalent-circuit-o..>2020-12-01 04:22 1.5K 
 metadyne-eq-2-150x46..>2020-12-01 04:27 1.6K 
 circle-diagram-of-an..>2020-12-01 04:20 1.6K 
 linear-induction-mot..>2020-12-01 04:26 1.6K 
 hysteresis-motor-eq-..>2020-12-01 04:25 1.8K 
 hysteresis-motor-eq-..>2020-12-01 04:25 1.8K 
 working-principle-of..>2020-12-01 04:23 1.8K 
 linear-induction-mot..>2020-12-01 04:26 1.8K 
 Equivalent-circuit-o..>2020-12-01 04:24 1.8K 
 metadyne-eq-3-150x50..>2020-12-01 04:27 1.9K 
 induction-generator-..>2020-12-01 04:22 1.9K 
 working-principle-of..>2020-12-01 04:23 1.9K 
 Equivalent-circuit-o..>2020-12-01 04:23 1.9K 
 circle-diagram-of-an..>2020-12-01 04:20 1.9K 
 circle-diagram-of-an..>2020-12-01 04:20 1.9K 
 hysteresis-motor-eq-..>2020-12-01 04:25 2.0K 
 hysteresis-motor-eq-..>2020-12-01 04:25 2.0K 
 equivalent-circuit-o..>2020-12-01 04:22 2.0K 
 working-principle-of..>2020-12-01 04:23 2.0K 
 equivalent-circuit-o..>2020-12-01 04:22 2.0K 
 multi-stack-stepper-..>2020-12-01 02:45 2.0K 
 torque-equation-150x..>2020-12-01 04:08 2.0K 
 variable-reluctance-..>2020-12-01 04:25 2.0K 
 hysteresis-motor-eq-..>2020-12-01 04:25 2.1K 
 Equivalent-circuit-o..>2020-12-01 04:23 2.1K 
 circle-diagram-of-an..>2020-12-01 04:20 2.1K 
 Capacitor-Start-Capa..>2020-12-01 03:30 2.1K 
 induction-generator-..>2020-12-01 04:22 2.2K 
 Circlr-diagram-of-an..>2020-12-01 04:20 2.2K 
 multi-stack-stepper-..>2020-12-01 03:10 2.2K 
 Equivalent-circuit-o..>2020-12-01 04:24 2.2K 
 metadyne-eq-1.jpg 2020-12-01 04:27 2.2K 
 Equivalent-circuit-o..>2020-12-01 04:24 2.2K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 2.2K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 2.2K 
 linear-induction-mot..>2020-12-01 04:26 2.3K 
 linear-induction-mot..>2020-12-01 04:26 2.3K 
 equivalent-circuit-o..>2020-12-01 04:23 2.3K 
 equivalent-circuit-o..>2020-12-01 04:22 2.4K 
 harmonics-in-an-indu..>2020-12-01 04:21 2.4K 
 variable-reluctance-..>2020-12-01 04:26 2.4K 
 torque-equation.jpg 2020-12-01 04:08 2.4K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 2.5K 
 metadyne-eq-2.jpg 2020-12-01 04:27 2.5K 
 Circlr-diagram-of-an..>2020-12-01 04:20 2.6K 
 Hysteresis-motor-fig..>2020-12-01 04:25 2.6K 
 working-principle-of..>2020-12-01 04:23 2.7K 
 metadyne-eq-3-300x47..>2020-12-01 04:27 2.7K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 2.7K 
 equivalent-circuit-o..>2020-12-01 04:22 2.7K 
 linear-induction-mot..>2020-12-01 04:27 2.7K 
 Servo-motor-figure-1..>2020-12-01 04:26 2.8K 
 working-principle-of..>2020-12-01 04:23 2.8K 
 equivalent-circuit-o..>2020-12-01 04:23 2.8K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:23 2.9K 
 circle-diagram-of-an..>2020-12-01 04:20 3.0K 
 circle-diagram-of-an..>2020-12-01 04:20 3.0K 
 linear-induction-mot..>2020-12-01 04:26 3.0K 
 Universal-motor-fig-..>2020-12-01 04:26 3.0K 
 amplidyne-eq-1-300x3..>2020-12-01 03:30 3.0K 
 hybrid-stepper-motor..>2020-12-01 04:27 3.0K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 3.0K 
 stepper-motor-eq-150..>2020-12-01 04:25 3.0K 
 working-principle-of..>2020-12-01 04:23 3.0K 
 variable-reluctance-..>2020-12-01 04:26 3.0K 
 Circlr-diagram-of-an..>2020-12-01 04:20 3.1K 
 Universal-motor-fig-..>2020-12-01 04:26 3.1K 
 equivalent-circuit-o..>2020-12-01 04:23 3.1K 
 equivalent-circuit-o..>2020-12-01 04:22 3.1K 
 harmonics-in-an-indu..>2020-12-01 04:21 3.1K 
 equivalent-circuit-o..>2020-12-01 04:22 3.1K 
 Capacitor-Start-Moto..>2020-12-01 04:23 3.1K 
 equivalent-circuit-o..>2020-12-01 04:23 3.1K 
 hysteresis-motor-eq-..>2020-12-01 04:25 3.1K 
 equivalent-circuit-o..>2020-12-01 04:23 3.2K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 3.2K 
 equivalent-circuit-o..>2020-12-01 04:23 3.2K 
 multi-stack-stepper-..>2020-12-01 02:45 3.2K 
 stator-voltage-contr..>2020-12-01 04:21 3.2K 
 Equivalent-circuit-o..>2020-12-01 04:24 3.2K 
 circle-diagram-of-an..>2020-12-01 04:20 3.2K 
 equivalent-circuit-o..>2020-12-01 04:22 3.2K 
 circle-diagram-of-an..>2020-12-01 04:20 3.2K 
 metadyne-eq-3.jpg 2020-12-01 04:27 3.3K 
 hysteresis-motor-eq-..>2020-12-01 04:25 3.3K 
 stator-voltage-contr..>2020-12-01 04:21 3.3K 
 multi-stack-stepper-..>2020-12-01 03:10 3.3K 
 linear-induction-mot..>2020-12-01 04:27 3.4K 
 linear-induction-mot..>2020-12-01 04:26 3.4K 
 Split-Phase-Indcutio..>2020-12-01 02:47 3.4K 
 circle-diagram-of-an..>2020-12-01 04:20 3.4K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 3.4K 
 equivalent-circuit-o..>2020-12-01 04:23 3.5K 
 working-principle-of..>2020-12-01 04:23 3.5K 
 Universal-motor-fig-..>2020-12-01 04:25 3.5K 
 multi-stack-stepper-..>2020-12-01 03:22 3.5K 
 circle-diagram-of-an..>2020-12-01 04:20 3.5K 
 Pole-changing-method..>2020-12-01 04:20 3.6K 
 Hysteresis-motor-fig..>2020-12-01 04:25 3.6K 
 hybrid-stepper-motor..>2020-12-01 04:27 3.6K 
 stepper-motor-eq-300..>2020-12-01 04:25 3.6K 
 circle-diagram-of-an..>2020-12-01 04:20 3.6K 
 Equivalent-circuit-o..>2020-12-01 04:24 3.6K 
 linear-induction-mot..>2020-12-01 04:26 3.7K 
 Servo-motor-figure-2..>2020-12-01 04:26 3.7K 
 amplidyne-eq-1-150x7..>2020-12-01 03:30 3.8K 
 hysteresis-motor-eq-..>2020-12-01 04:25 3.8K 
 amplidyne-fig-2-150x..>2020-12-01 03:13 3.8K 
 Capacitor-Start-Moto..>2020-12-01 04:23 3.9K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 3.9K 
 circle-diagram-of-an..>2020-12-01 04:20 3.9K 
 Equivalent-circuit-o..>2020-12-01 04:24 4.0K 
 equivalent-circuit-o..>2020-12-01 04:23 4.0K 
 equivalent-circuit-o..>2020-12-01 04:23 4.0K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 4.0K 
 Capacitor-Start-Capa..>2020-12-01 03:30 4.0K 
 stator-voltage-contr..>2020-12-01 04:21 4.1K 
 linear-induction-mot..>2020-12-01 04:26 4.1K 
 metadyne-fig-1-150x1..>2020-12-01 04:27 4.1K 
 Reluctance-motor-fig..>2020-12-01 04:24 4.1K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 4.2K 
 equivalent-circuit-o..>2020-12-01 04:22 4.2K 
 reluctance-motor-fig..>2020-12-01 04:24 4.2K 
 linear-induction-mot..>2020-12-01 04:27 4.2K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 4.2K 
 detent-torque-150x15..>2020-12-01 04:27 4.2K 
 equivalent-circuit-o..>2020-12-01 04:22 4.3K 
 Isolated-Indcution-G..>2020-12-01 04:22 4.3K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 4.3K 
 multi-stack-stepper-..>2020-12-01 02:45 4.3K 
 equivalent-circuit-o..>2020-12-01 04:22 4.4K 
 hysteresis-motor-eq-..>2020-12-01 04:25 4.4K 
 Hysteresis-motor-fig..>2020-12-01 04:25 4.5K 
 Equivalent-circuit-o..>2020-12-01 04:24 4.5K 
 Split-Phase-Indcutio..>2020-12-01 03:07 4.5K 
 Induction-Generator-..>2020-12-01 04:22 4.5K 
 Servo-motor-figure-1..>2020-12-01 04:26 4.5K 
 amplidyne-fig-1-150x..>2020-12-01 03:30 4.6K 
 linear-induction-mot..>2020-12-01 04:26 4.6K 
 Capacitor-Start-Capa..>2020-12-01 03:33 4.7K 
 POLE-AMPLITUDE-MODUL..>2020-12-01 04:21 4.7K 
 pole-amplitude-modul..>2020-12-01 04:21 4.7K 
 equivalent-circuit-o..>2020-12-01 04:23 4.7K 
 multi-stack-stepper-..>2020-12-01 02:52 4.7K 
 stator-voltage-contr..>2020-12-01 04:21 4.8K 
 working-principle-of..>2020-12-01 04:23 4.8K 
 pole-amplitude-modul..>2020-12-01 04:21 4.8K 
 POLE-AMPLITUDE-MODUL..>2020-12-01 04:22 4.8K 
 starting-methods-of-..>2020-12-01 04:05 4.8K 
 equivalent-circuit-o..>2020-12-01 04:22 4.9K 
 hysteresis-motor-fig..>2020-12-01 04:25 4.9K 
 Universal-Motor-fig-..>2020-12-01 04:25 4.9K 
 stepper-motor-fig-15..>2020-12-01 04:25 4.9K 
 Isolated-Induction-G..>2020-12-01 04:22 4.9K 
 harmonic-in-an-induc..>2020-12-01 04:21 5.0K 
 pole-amplitude-modul..>2020-12-01 04:21 5.0K 
 Reluctance-motor-fig..>2020-12-01 04:24 5.0K 
 speed-control-of-an-..>2020-12-01 04:20 5.0K 
 pole-amplitude-modul..>2020-12-01 04:21 5.1K 
 multi-stack-stepper-..>2020-12-01 03:29 5.1K 
 Application-of-an-in..>2020-12-01 04:22 5.1K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 5.1K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 5.1K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 5.1K 
 equivalent-circuit-o..>2020-12-01 04:23 5.2K 
 Circlr-diagram-of-an..>2020-12-01 04:20 5.2K 
 equivalent-circuit-o..>2020-12-01 04:23 5.2K 
 Double-cage-rotor-of..>2020-12-01 04:20 5.2K 
 Capacitor-Start-Capa..>2020-12-01 02:44 5.2K 
 Pole-changing-method..>2020-12-01 04:20 5.2K 
 Pole-changing-method..>2020-12-01 04:20 5.3K 
 favicon.ico 2016-02-19 05:59 5.3K 
 hybrid-stepper-motor..>2020-12-01 04:27 5.3K 
 Permanent-Split-Capa..>2020-12-01 04:23 5.4K 
 variable-reluctance-..>2020-12-01 04:26 5.4K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:23 5.4K 
 variable-reluctance-..>2020-12-01 04:25 5.4K 
 servo-motor-fig-150x..>2020-12-01 04:26 5.5K 
 reluctance-torque-15..>2020-12-01 04:08 5.5K 
 capacitor-run-motor-..>2020-12-01 04:27 5.5K 
 equivalent-circuit-o..>2020-12-01 04:23 5.5K 
 Capacitor-Start-Moto..>2020-12-01 03:03 5.5K 
 CHARACTERISTIC-OF-ST..>2020-12-01 04:27 5.6K 
 Split-Phase-Indcutio..>2020-12-01 03:03 5.6K 
 Circle-diagram-of-an..>2020-12-01 04:20 5.7K 
 pole-amplitude-modul..>2020-12-01 04:21 5.7K 
 linear-induction-mot..>2020-12-01 04:27 5.7K 
 SLIP-ENERGY-RECOVERY..>2020-12-01 04:21 5.8K 
 Pole-changing-method..>2020-12-01 04:20 5.8K 
 shaded-pole-inductio..>2020-12-01 04:24 5.8K 
 linear-induction-mot..>2020-12-01 04:27 5.8K 
 Multi-stack-variable..>2020-12-01 03:11 5.9K 
 working-principle-of..>2020-12-01 04:23 6.0K 
 Circlr-diagram-of-an..>2020-12-01 04:20 6.0K 
 working-of-single-ph..>2020-12-01 02:55 6.0K 
 linear-induction-mot..>2020-12-01 04:26 6.0K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 6.1K 
 pcb-motor-150x150.jpg 2020-12-01 05:36 6.1K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 6.1K 
 permanent-magnet-ste..>2020-12-01 04:27 6.1K 
 Equivalent-circuit-o..>2020-12-01 04:24 6.1K 
 permanent-magnet-ste..>2020-12-01 04:27 6.1K 
 shaded-pole-motor-fi..>2020-12-01 04:24 6.1K 
 circle-diagram-of-an..>2020-12-01 04:20 6.2K 
 pole-amplitude-modul..>2020-12-01 04:21 6.2K 
 Split-Phase-Indcutio..>2020-12-01 02:47 6.3K 
 Circlr-diagram-of-an..>2020-12-01 04:20 6.3K 
 multi-stack-stepper-..>2020-12-01 03:22 6.3K 
 Universal-motor-fig-..>2020-12-01 04:26 6.3K 
 stator-voltage-contr..>2020-12-01 04:21 6.4K 
 Universal-motor-fig-..>2020-12-01 04:26 6.4K 
 linear-induction-mot..>2020-12-01 04:26 6.5K 
 hysteresis-motor-eq-..>2020-12-01 04:25 6.5K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 6.5K 
 Hysteresis-motor-fig..>2020-12-01 04:25 6.6K 
 detent-torque-300x15..>2020-12-01 04:27 6.6K 
 hybrid-stepper-motor..>2020-12-01 04:27 6.7K 
 equivalent-circuit-o..>2020-12-01 04:23 6.8K 
 Capacitor-Start-Moto..>2020-12-01 04:23 6.9K 
 pole-amplitude-modul..>2020-12-01 04:21 7.0K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 7.0K 
 stator-voltage-contr..>2020-12-01 04:21 7.1K 
 equivalent-circuit-o..>2020-12-01 04:23 7.1K 
 multi-stack-stepper-..>2020-12-01 03:22 7.2K 
 hybrid-stepper-motor..>2020-12-01 04:27 7.2K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 7.2K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 7.2K 
 speed-control-of-an-..>2020-12-01 04:20 7.3K 
 hysteresis-motor-eq-..>2020-12-01 04:25 7.3K 
 pole-amplitude-modul..>2020-12-01 04:21 7.3K 
 Universal-motor-fig-..>2020-12-01 04:25 7.4K 
 Hysteresis-motor-fig..>2020-12-01 04:25 7.5K 
 circle-diagram-of-an..>2020-12-01 04:20 7.5K 
 stepper-motor-eq.jpg 2020-12-01 04:25 7.5K 
 multi-stack-stepper-..>2020-12-01 03:29 7.7K 
 multi-stack-stepper-..>2020-12-01 02:52 7.7K 
 equivalent-circuit-o..>2020-12-01 04:23 7.7K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 7.8K 
 amplidyne-fig-2-300x..>2020-12-01 03:13 7.8K 
 metadyne-fig-1-300x2..>2020-12-01 04:27 7.9K 
 pole-amplitude-modul..>2020-12-01 04:21 8.0K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 8.0K 
 starting-methods-of-..>2020-12-01 04:05 8.0K 
 Servo-motor-figure-2..>2020-12-01 04:26 8.1K 
 stepper-motor-fig-30..>2020-12-01 04:25 8.2K 
 Capacitor-Start-Capa..>2020-12-01 02:44 8.2K 
 Circlr-diagram-of-an..>2020-12-01 04:20 8.2K 
 linear-induction-mot..>2020-12-01 04:26 8.4K 
 Universal-Motor-fig-..>2020-12-01 04:25 8.5K 
 detent-torque.jpg 2020-12-01 04:27 8.6K 
 equivalent-circuit-o..>2020-12-01 04:23 8.6K 
 Split-Phase-Indcutio..>2020-12-01 02:47 8.6K 
 stator-voltage-contr..>2020-12-01 04:21 8.7K 
 Reluctance-motor-fig..>2020-12-01 04:24 8.7K 
 equivalent-circuit-o..>2020-12-01 04:23 8.7K 
 Capacitor-Start-Capa..>2020-12-01 03:33 8.8K 
 Hysteresis-motor-fig..>2020-12-01 04:25 8.8K 
 equivalent-circuit-o..>2020-12-01 04:23 8.9K 
 amplidyne-eq-1.jpg 2020-12-01 03:30 8.9K 
 Split-Phase-Indcutio..>2020-12-01 03:03 8.9K 
 Isolated-Indcution-G..>2020-12-01 04:22 8.9K 
 Capacitor-Start-Moto..>2020-12-01 04:23 9.2K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 9.2K 
 Permanent-Split-Capa..>2020-12-01 04:23 9.3K 
 amplidyne-fig-1-300x..>2020-12-01 03:30 9.3K 
 working-of-single-ph..>2020-12-01 02:55 9.3K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:24 9.3K 
 reluctance-motor-fig..>2020-12-01 04:24 9.5K 
 Capacitor-Start-Moto..>2020-12-01 03:03 9.5K 
 Isolated-Induction-G..>2020-12-01 04:22 9.5K 
 pole-amplitude-modul..>2020-12-01 04:21 9.6K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 9.7K 
 DIFFERENECE-BETWEEN-..>2020-12-01 04:21 9.8K 
 capacitor-run-motor-..>2020-12-01 04:27 9.8K 
 stator-voltage-contr..>2020-12-01 04:21 9.9K 
 shaded-pole-inductio..>2020-12-01 04:24 9.9K 
 Capacitor-Start-Moto..>2020-12-01 04:23 9.9K 
 POLE-AMPLITUDE-MODUL..>2020-12-01 04:22 10K 
 reluctance-motor-fig..>2020-12-01 04:24 10K 
 harmonic-in-an-induc..>2020-12-01 04:21 10K 
 variable-reluctance-..>2020-12-01 04:26 10K 
 permanent-magnet-ste..>2020-12-01 04:27 11K 
 permanent-magnet-ste..>2020-12-01 04:27 11K 
 Pole-changing-method..>2020-12-01 04:20 11K 
 variable-reluctance-..>2020-12-01 04:25 11K 
 Multi-stack-variable..>2020-12-01 03:11 11K 
 Induction-Generator-..>2020-12-01 04:22 11K 
 POLE-AMPLITUDE-MODUL..>2020-12-01 04:21 11K 
 Application-of-an-in..>2020-12-01 04:22 11K 
 Equivalent-circuit-o..>2020-12-01 04:24 11K 
 Pole-changing-method..>2020-12-01 04:20 11K 
 pcb-motor-300x210.jpg 2020-12-01 05:36 11K 
 Split-Phase-Indcutio..>2020-12-01 03:07 11K 
 SLIP-ENERGY-RECOVERY..>2020-12-01 04:21 11K 
 pole-amplitude-modul..>2020-12-01 04:21 11K 
 stator-voltage-contr..>2020-12-01 04:21 11K 
 reluctance-torque.jpg 2020-12-01 04:08 11K 
 CHARACTERISTIC-OF-ST..>2020-12-01 04:27 12K 
 shaded-pole-motor-fi..>2020-12-01 04:24 12K 
 servo-motor-fig-300x..>2020-12-01 04:26 12K 
 linear-induction-mot..>2020-12-01 04:27 12K 
 Double-cage-rotor-of..>2020-12-01 04:20 12K 
 working-of-single-ph..>2020-12-01 02:55 12K 
 linear-induction-mot..>2020-12-01 04:26 12K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 12K 
 Circle-diagram-of-an..>2020-12-01 04:20 12K 
 equivalent-circuit-o..>2020-12-01 04:23 12K 
 hysteresis-motor-fig..>2020-12-01 04:25 13K 
 Capacitor-Start-Capa..>2020-12-01 03:30 13K 
 reluctance-torque-30..>2017-02-06 04:39 13K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:23 13K 
 Reluctance-motor-fig..>2020-12-01 04:24 14K 
 Universal-motor-fig-..>2020-12-01 04:25 14K 
 pcb-motor.jpg 2020-12-01 05:36 14K 
 hybrid-stepper-motor..>2020-12-01 04:27 14K 
 hybrid-stepper-motor..>2020-12-01 04:27 14K 
 EQUIVALENT-CIRCUIT-O..>2020-12-01 04:22 14K 
 Hysteresis-motor-fig..>2020-12-01 04:25 14K 
 Servo-motor-figure-2..>2020-12-01 04:26 15K 
 stator-voltage-contr..>2020-12-01 04:21 15K 
 Universal-motor-fig-..>2020-12-01 04:26 15K 
 Servo-motor-figure-1..>2020-12-01 04:26 15K 
 linear-induction-mot..>2020-12-01 04:26 16K 
 capacitor-run-motor-..>2020-12-01 04:27 16K 
 amplidyne-fig-2.jpg 2020-12-01 03:13 16K 
 Two-phase-AC-servo-m..>2020-12-01 04:26 17K 
 hysteresis-motor-fig..>2020-12-01 04:25 17K 
 linear-induction-mot..>2020-12-01 04:26 17K 
 Reluctance-motor-fig..>2020-12-01 04:24 18K 
 variable-reluctance-..>2020-12-01 04:25 18K 
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