Morbi consectetur
| Model |
J128XFS001 |
| Polus bina |
1, 16 .; |
| Input intentione |
AC 3.8 Vrms |
| Input Frequency |
2400 Hz |
| Ratio transformationis |
0.526 ±10% |
| Sagaciter (de crasso resolver) |
±10' max |
| Sagaciter (ab fine resolvor) |
±15' max |
| Tempus Shift (dissolvo crassum) |
8°±3° |
| Tempus Shift (ab fine resolvor) |
17°±3° |
| Impedimentum input (dissolvens crassum) |
(1700 ± 255) Ω |
| Impedimentum input (ab fine resolvor) |
(290 ±44) Ω |
| Impedimentum output (dissolvens crassum) |
(430 ±65) Ω |
| Impedimentum output (ab fine resolvor) |
(190 ± 29) Ω |
| Dieelectrica Fortitudo |
AC 500 Vrms 1min |
| Nulla Resistentia |
250 MΩ min |
| Maximum gyratorii celeritatis |
2250 rpm |
| Temperature Range operating |
-55℃ ad +55℃ |
Compositio Dual Volo Resolvers
Compositum ex uno polo par resolventis (dissolentis crassoris) et par multi-polis resolventis (subtilis resolventis), tum in eodem statoro et core rotoris designato, sed distincto uno polo et ambages multi- poli.
Crassum Resolver vs Fine Resolver
Crassum Resolver: Unius polus par resolvens, inferioris mensurae praecisione insignitur.
Fine Resolver: Coniugatio multi-polis resolvens, pro praecisione mensurae altioris agnita, capax ad elevandum locum subtiliter deprehensionis angulum ab arcu minuto ad arcum secundum.
Subtilitas Enhancement
Multi-poli resolventes idem principium operant sicut resolvores unius poli, excepto quod cyclos extraordinarii voltages diversi sunt. Exempli gratia, cum rotor rotetur 360° ad unum polum resolventem et P contra polum resolventis, periodus extrahendi intentionis unius paris resolventis est 360°, et periodus extraordinarii intentionis P par resolventis est 360°/P. Aliis verbis, angulus mechanicus rotoris rotationis θ, et angulus electricae solutionis output signum Pθ est.
Id est: angulus electrica = polus par P* angulus mechanicus θ
Multi-polus resolvens angulum electricum per P tempora magnificat et resolutionem anguli rotoris rotationis auget, qui signanter angulum mensurae accurationis dualis celeritatis resolventis compositae ex uno porum et multi- poli composito auget.
