Toshiba PVT-712BT 11MC4 Micro Convex ultrasound Probe Hospitalis Medical Fabrica
Alia Toshiba rimatur offerre possumus:
Brand | Exemplar | Compatible System |
Toshiba/Canon | PLF-805ST | SATB-340A&SSA-350A |
Toshiba/Canon | PLM-1204AT | Xario SSA-370A/ Nemio 17 SATB-660A |
Toshiba/Canon | PLM-703AT | Powervision 6000 and Nemio |
Toshiba/Canon | PLM-805AT | PowerVision 6000 SSA-370A/Nemio 17 SSA-550A |
Toshiba/Canon | PLT 1005BT | Aplio 300/ Aplio 400/ Aplio 500 |
Toshiba/Canon | PLT-1204AT | Aplio 50 SSA-700A/ Aplio SSA-750A/Xario Series |
Toshiba/Canon | PLT-604AT | Xario Series / Aplio 50 SATB-700A/ Aplio SSA-750A |
Toshiba/Canon | PLT-704AT | Aplio 50 SSA-700A/ SSA-750A/ Xario |
Toshiba/Canon | PLT-704SBT | Xario SATB-660A |
Toshiba/Canon | PLT-805AT | Aplio SSA-750A/ Aplio SSA-770A/ Xario SSA-660A |
Toshiba/Canon | PLU-1204BT | Xario 100/Xario 200 |
Toshiba/Canon | PSM-25AT | PowerVision 6000 SSA-370A/Nemio 17 SSA-550A |
Toshiba/Canon | PSM-37CT | PowerVision 6000 SSA-370A/Nemio 17 SSA-550A |
Toshiba/Canon | PST-25ST | te amo |
Toshiba/Canon | PST-30BT | Xario & Aplio Series |
Toshiba/Canon | PST-30BT | Aplio 50 SSA-700A/ Aplio SSH-750A/ Artida SSH-880CV/Xario SSH-660A |
Toshiba/Canon | PSU-25BT(5S1) | Xario 100/ Xario 200 |
Toshiba/Canon | PSU-30BT(5S2) | Xario 100/ Xario 200 |
Toshiba/Canon | PVE-382M | 77B/90A/100A/240A/250A/TOSBEE |
Toshiba/Canon | PVF-375MT | SSH-140A/SSA-270A/ SATB-340A |
Toshiba/Canon | PVM-375AT | PV 6000 SSA-370A/ Nemio 17 |
Toshiba/Canon | PVM-621VT | PowerVision 6000 SSA-370A/Nemio 17 SSA-550A |
Toshiba/Canon | PVM-651VT | PowerVision 6000 SSA-370A/Nemio 17 SSA-550A |
Toshiba/Canon | PVT-375BT | Aplio 50 SSA-700A/ Aplio SSA-750A/ Aplio SSA-770A/ Aplio XG SSA-790A/ Xario |
Toshiba/Canon | PVT-375BT | SATB-700A/SSA-750A/Aplio SATB-770A/SSA-790A/SSA-660A/SSA-680A |
Toshiba/Canon | PVT-382BT | Aplio XG/Aplio MX/Xario XG/Xario/Viamo (2.0 and above)/Aplio 500/Aplio 300 |
Toshiba/Canon | PVT-575MV | Xario SSA-660A/ Aplio XG |
Toshiba/Canon | PVT-661VT | Aplio 50 SATB-700A/ Aplio SSATTB, 750A/Xario SS |
Toshiba/Canon | PVT-661VT | Aplio 50 SATB-700A/ Aplio SSATTB, 750A/Xario SS |
Toshiba/Canon | PVT-674BT | Aplio 50 SATB-700A/ Aplio SATB-750A |
Toshiba/Canon | PVT-675MV | Xario 100/ Xario 200/ Aplio MX |
Toshiba/Canon | PVT-681MV | Aplio 300/ Aplio 400/ Aplio 500/ Xario XG |
Toshiba/Canon | PVT-712BT | Aplio series / series Xario |
Toshiba/Canon | PVU-781VT | Xario |
scientia punctum
Transducers
Transductores Ultrasonici convertunt AC in ultrasoundes ac vicissim. Ultrasonica, typice refertur ad transductores piezoelectric vel transductores capacitivos. Piezoelectrica crystalla mutant magnitudinem et figuram cum intentione applicata; AC intentione eadem frequentia oscillantes facit sonum ultrasonicum. Transductores capacissimi utuntur agris electrostaticis inter diaphragma conductivum et laminam fautricem.
Trabs transducis exemplar determinari potest ab activo transductore area et figura, necem ultrasonam et sonum propagationis medium velocitatem. Diagrammata sonum ostendunt campis unfocused et ultrasonic transductor in aqua posito, plane in gradibus energiae differentibus.
Cum materiae piezoelectricae intentionem generant cum vis illis applicata est, etiam detectores ultrasonic operari possunt. Quaedam systemata transmittentes et receptores separatos utuntur, alii autem utrumque functiones in unum transceptoris piezoelectricae coniungunt.
Transfusores Ultrasoundi principiis non-piezoelectricis uti possunt. ut magnetostrictio. Materiae cum hac proprietate, magnitudine leviter mutant cum campo magnetico exposita, et faciunt transductores practicos.
Capacitas ("condenser") tortor ligula tenue diaphragma habet, quod undis ultrasonibus respondet. Mutationes in campo electrico inter diaphragma et laminam arcte distinctam fauorem convertunt sonum significationum ad currentium electricum, quod ampliari possunt.
Diaphragma (vel membrana) principium etiam in novis transducentibus micro-machinis ultrasonicis relativum adhibetur (MUTs).
Hae machinis fabricatae sunt usus technologiae siliconis micro-machining (MEMS technologiae), quae maxime utilis est ad vestes transductoris fabricandas. Vibratio diaphragmatis metiri vel induci potest electronice utens capacitatem inter diaphragma et laminam arcte latam fauore (CMUT), vel addendo tenuem stratum piezo-electrici materiae in diaphragmate (PMU). Vel, recentes investigationes demonstraverunt vibrationem diaphragmatis metiri posse per anulum resonatorem opticum parvum intra diaphragma insertum (OMUS).
Transductores Ultrasonici adhibentur etiam in levitatione acustica.