Principalis parametri
| Exemplar | J36xfw575b |
| Poli pairs | 1 |
| Input voltage | AC VII VRMS |
| Input frequency | (V) HZ |
| Ratio transformatio | 0.5 ± X% |
| Accuratio | ± X, max |
| Phase Shift | VIII ° ± ° III |
| Input impedimentis | (XCV ± XV) Ω |
| Output impeditance | (CCXXX ± XXXV) Ω |
| Dielectric fortitudinem | N D VRMS 1min |
| Nulla resistitur | CCL Mω min |
| Maximum Gyrational | MMM RPM |
| Operating temperatus rhoncus | -55 ℃ ad + CLV ℃ |
Application missionibus
Motor angle et celeritate deprehendatur: solebant ad deprehendere angulum et celeritatem motricium.
Adaptability sunt apta summus temperatus environments et fortis resistentia vibrationum.
Technical Principia
A resolver est genus electromagnetic sensorem, specie per transfigurator transfigurator, usus praesertim mensuræ angulari loco et angulari velocitate motricium.
Est ex stabilem stator et rotor mounted in shaft.
Quod opus principium de resolver est similis, qui de conventional Transformer, cum stator et rotor agens sicut primaria et secundae, respective.
Turba curva suscipit externa excitatio intentione et rotor corrigens generat inductum electromotive vis (EMF) per electro copulata.
Demodulation et alias dispensando, adductus emf in rotor curvis potest determinare rotor angulus, ita obtinendae data ut angulari loco scopum structuram et angularem velocitatem.
Operatio cum sinusoidal excitatio
When a resolver's stator winding is supplied with an excitation voltage of a certain frequency, the rotating rotor's winding outputs amplitude-modulated signals that are proportional to the cosine and sine functions of the rotor's shaft angle.
