Et structuram electrica vehentem motricium

Et structuram de Electric vehentem motricium


I. Permanens Magnet DC motricium:

Polonis consistit de stator Polones, rotors, perterget, conchas, etc.

Et stator Polones fiunt ex permanens magnetes (permanens Magnet ferro), inter Ferrite, Alnico, NDFEB, et aliis materiae. Secundum ad structuram, potest dividitur in cylindrici genus et tile genera.

Rotor est plerumque factum de laminated Silicon ferro laminas, et in fila est vulnus inter duos foramina rotor core (tres foramina habere tres in metallum sheet de commutator.

Peniculus est PROLIXUS pars quae coniungit potentia copia et rotor curva et habet et electrica conductivity et gerunt resistentia.

Et Peniculus Permanent Magnet Motor Usus unum metallum rudentis aut metallum graphite perterget et electroCemical Graphite Pangus.

II. Brushless DC motricium:

Permanens consistit in magnetis rotor, multi-polus curvis stator, positus sensorem, etc. de Brushless DC motricium est proprium a brushless, quod utitur semiconductor commutators commutators et perterget. Habet commoda alta reliability, no commutatione scintillae et humilis mechanica sonitus.

According to the change of the rotor position, the position sensor commutates the current of the stator winding along a certain order (that is, detects the position of the rotor magnetic pole relative to the stator winding and generates a position sensing signal at the determined position, which is processed by the signal conversion circuit. Control the power switch circuit, and switch the winding current according to a certain logical relationship).

III. High-celeritate permanens Magnet Brushless motor:

Core est de stator ferrum, magnetica ferro rotor, sol calces reductionem clidch, centrum testa, etc.
A praetorium sensorem potest installed in motor operimentum ad metimur celeritas.

Sunt tria genera sensoriis magnetica photoelectric et electro.

A Brushless DC motricium usura Magneto, sensitivo positus sensorem, eius magneto sensorem sensorem, (ut praetorium elementa, magneto, sensitivo, etc.) et specialem in magnetica, etc) ad deprehendere mutationes in magnetica et rotatores. Electric vehicles maxime utor praetorium elementa.

Brushless DC motricium usura Photoelectric situ sensorem instructa photoelectric sensorem cogitationes ad quaedam positio in Stator conventus, rotor instructa cum in umbra laminam et lucem lumen bulbus lumen. Cum autem rotor conuertitur, debitum ad actiones in umbra laminam, in photosensitive components in stator et intermittas generate pulsus significationibus in quadam frequency.

Brushless DC motricium cum electromagnetic positio sensorem instructa electro sensorem components (ut cooperantur transfigurator, propinquitas switch, lc resonance circuitu, etc) De Stator. Cum situ permanens magnetis rotor mutationes, electro effectus et facere electro sensorem a summus frequency modulatum signum est generatur (amplitudine variatur cum rotor situ).

Operating voltage de stator curva provisum est per electronic commutatione circuitu regi per output de loco sensor.