Principalis parametri
| Exemplar | J124XU9732 | J124XU9733 | J124XU9734 | J124XU9736 |
| Poli pairs | 2 | 3 | 4 | 6 |
| Input voltage | AC VII VRMS | AC VII VRMS | AC VII VRMS | AC VII VRMS |
| Input frequency | (X) HZ | (X) HZ | (X) HZ | (X) HZ |
| Ratio transformatio | 0.286 ± X% | 0.286 ± X% | 0.286 ± X% | 0.286 ± X% |
| Accuratio | ≤ ± LX ` | ≤ ± XL ` | ≤ ± XXX ` | ≤ ± XX ` |
| Phase Shift | ≤ ± X ° | ≤ ± X ° | ≤ ± X ° | ≤ ± X ° |
| Dielectric fortitudinem | AC D VRMS 1SEC |
| Nulla resistitur | CCL Mω min |
| Rotor interiorem diameter | Tbd | Tbd | LXII mm | Tbd |
| Area spatio Wire Cross | 0,35 mm² | 0,35 mm² | 0,35 mm² | 0,35 mm² |
| Maximum Gyrational | (XXX) RPM | (XXX) RPM | (XXX) RPM | (XXX) RPM |
| Operating temperatus rhoncus | -40 ℃ ad + CLV ℃ |
Core Materials
Magna Core Material: De Cordis De TRANSFORMER, typice ex Ferritibus, notum est summus magnetica permeability, humilis hysteresis damnum, excelsum satietatem magneticam flux density et optimum stabilitatem et Vivacitas. Communis Materials includit Silicon Steel laminas et aluminium, nickel, Cobalt magnetets.
Curabitur materia: NECESSITAS ad perficientur de transformator, curvis materiae debet habere bonum electrica velit, summus conductivity, scelerisque stabilitatem, et corrosio resistentia. Communiter materials sunt aeris et aluminium oxide tellus.
Rotor Material: ut pars moving, rotor materiae sit difficile, gere, repugnant, et bonum electrica et magnetica conductivity cum humilis coefficientem frictionem. Communis rotor materiae includit aeris et aluminium.
Opus
Quod operatio a variabilis invita resolver gubernatur per simplex magnetica legibus. Rotor gyrationis generat magnetica agro, inducendo mutationem in magnetica fluxus per invitis annulos, quae rursus inducit varia electromotive vis (EMF). Haec emf generat vena, quae transformatur in output potentiale, quod habet determinatae per rotor celeritate et positus.
Application missionibus
Power Systems: et convertam altum voltages ad minus voltages ad tutum operationem ex altera apparatu.
Imperium Systems: Used enim Feedback Imperium ordinare et optimize ratio perficientur.
Sensoriis Convertim corporalis quantitatum angulus positio et velocitas electrica signa.
Motionable in Motion
Reliability: Invidiosus in dura environmental condiciones, offering optimum diuturnitatem.
High-celeritate operatio, capax operating ad ipsum altum celeritate, comparari ad optical encoders limited ad 3,000 RPM debitum ad frequency responsio photoelectric cogitationes.
Absoluta valorem signo output, convenient ad recta angle measurement sine opus ad initialization.
Usus in electrica vehicles
Modern electric vehicles often use permanent magnet synchronous motors, where the 'position sensor' is vital for detecting the exact instantaneous position of the motor rotor, which is crucial for the motor's power supply system.The electric vehicle's drive control circuit, including the inverter controlled by the vehicle's ECU, relies heavily on precise signals from the position sensor, commonly a variable reluctance resolver.
