Приклади вживання Rotating magnetic field Англійська мовою та їх переклад на Українською
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In February 1882, Tesla discovered the rotating magnetic field.
A rotating magnetic field is generated only when the electric current in the coils of the stator are in different phases.
In February 1882, Tesla discovered the phenomenon of a rotating magnetic field in Budapest.
When the rotor spins faster than the rotating magnetic field in the stator, this action recharges the battery, acting as an alternator.
Rotor- The permanent magnet of the rotor tries to follow the rotating magnetic field of the stator.
Earth's rotating magnetic field is strong enough to block the solar wind, forming the magnetosphere, around which the solar particles and fields flow.
Inside an alternator,electric current is produced in stator windings by the rotating magnetic field of a rotor.
Split phase induction motor in hindi, rotating magnetic field in 3 phase induction motor, 3 phase asynchronous motor, 3 phase 4 pole motor, 3 phase induction motor for sale.
When your foot comes off the accelerator, the rotating magnetic field stops and the rotor starts spinning faster(as opposed to being pulled along by the magnetic field). .
The alternating current in the coils of the stator does not flow in the same phase,so a rotating magnetic field is generated around these coils.
The induction motor rotates due to the rotating magnetic field in 3 phase induction motor, 4 pole motor 3 phase, the making of a simple 3 phase induction motor speed controller circuit.
A capacitor-start induction-run motor produces a better rotating magnetic field than the split-phase motors.
In 1888, independently of and slightly earlier than G. Ferraris,Tesla offered a rigorous scientific description of the nature of the rotating magnetic field.
The magnet of the rotor tries to follow the rotating magnetic field of the stator, so it rotates with it.
A simple electronic circuit ensures that the electric current does not alternate in the same phase in the coils of the stator,generating a rotating magnetic field.
They do not require an exciter circuit because the rotating magnetic field is provided by induction from the stator circuit.
And electrical engineers often find it most convenient to use a‘bug on the rotor' as the reference frame when studying induction motors,to understand the way the rotating magnetic field‘slips'.
In these motors, the magnet of the rotor tries to follow the rotating magnetic field of the stator, so it rotates with it.
This process happens when your foot is on the accelerator-the rotor gets pulled along by the rotating magnetic field, requiring more torque.
The basis of its functioning is laid downinteraction of the rotating magnetic field of the armature and the magnetic fields of the inductor poles.
(b) Rotor// Armature-- This really is the transferring element that creates a rotating magnetic field in any of the following three manners:.
Introduction of the induction motor, an electric motor that harnesses a rotating magnetic field produced by alternating current, independently invented by Galileo Ferraris and Nikola Tesla.
These experiences are as intimately linked with my discovery of the rotating magnetic field as if they formed an essential part of it;
(b) Rotor/ Armature- This is the moving component that produces a rotating magnetic field in any one of the following three ways:.
Therefore, when the electrical energy from the car battery is supplied to the motor,the coils create rotating magnetic fields that pull the conducting rods on the outside of the rotor along behind it.
As they were watching the sunset on one ofthese walks, Tesla suddenly had an insight about rotating magnetic fields- which would in turn lead to the development of modern day's alternating current electrical mechanism.
The water rotating in a magnetic field and influenced by laser radiation, gets the unique properties, i.e. it becomes structured(ordered), partly ionized with formation of active ions of oxygen and nitrogen that promotes its deeper penetration and hydration of a skin.
The Sun's magnetic field lines are the most distorted at this time due to the magnetic field on the solar equator rotating at a slightly faster pace than at the solar poles.