Faça a transição para o futuro hoje com os ventiladores de última geração da Philips. O ventilador Trilogy EV300 oferece um desempenho aprimorado em ventilação não invasiva (VNI) e ventilação invasiva (VI), para que os pacientes possam ser tratados com um único dispositivo ao longo de sua internação, independentemente das mudanças de seu quadro clínico. O Trilogy EV300 foi projetado para ficar com seus pacientes, economizando tempo e esforço da equipe à medida que os pacientes fazem a transição entre os setores do hospital.
| A/C-PC |
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|---|---|
| A/C-VC |
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| CPAP |
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| PSV |
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| S/T |
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| SIMV-PC |
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| SIMV-VC |
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| Weight |
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|---|---|
| Size |
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| Screen dimensions |
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| Ingress protection |
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| Low flow |
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|---|---|
| High pressure |
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| Tidal volume (Vti or Vte) |
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|---|---|
| Minute ventilation (MinVent) |
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| Leak |
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| Respiratory rate (RR) |
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| Peak inspiratory flow PIF |
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| Peak inspiratory pressure PIP |
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| Mean airway pressure |
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| Spontaneous triggered breaths |
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| I:E ratio |
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| Dynamic compliance (Dyn C) |
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| Dynamic resistance (Dyn R) |
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| Dynamic plateau pressure |
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| Auto-PEEP |
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| FiO₂ with FiO₂ sensor |
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| SpO₂ with pulse oximeter |
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| Pulse rate with pulse oximeter |
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| EtCO₂ with CO₂ accessory |
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| AC input voltage |
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|---|---|
| DC input voltage |
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| Li-ion batteries |
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| Charge time for battery |
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| Inspiratory Pressure |
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|---|---|
| Tidal Volume |
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| Minute Ventilation |
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| Respiratory Rate |
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| Circuit Disconnection |
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| Apnea Interval |
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| Operating Conditions |
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|---|---|
| Transient operating temp |
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| Storage temperature |
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| AVAPS with passive circuit |
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|---|---|
| Tidal volume |
|
| Breath rate |
|
| PEEP |
|
| EPAP/CPAP |
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| IPAP |
|
| Pressure support/control |
|
| Inspiratory time |
|
| Rise time |
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| Triggering and cycling |
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| Flow trigger sensitivity |
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| Flow cycle sensitivity |
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| Flow pattern |
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| FiO₂ |
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| Inspiratory time min/max |
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| Backup ventilation |
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| General |
|
|---|---|
| Collateral |
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| Particular |
|
| Wireless communication |
|
| A/C-PC |
|
|---|---|
| A/C-VC |
|
| Weight |
|
|---|---|
| Size |
|
| A/C-PC |
|
|---|---|
| A/C-VC |
|
| CPAP |
|
| PSV |
|
| S/T |
|
| SIMV-PC |
|
| SIMV-VC |
|
| Weight |
|
|---|---|
| Size |
|
| Screen dimensions |
|
| Ingress protection |
|
| Low flow |
|
|---|---|
| High pressure |
|
| Tidal volume (Vti or Vte) |
|
|---|---|
| Minute ventilation (MinVent) |
|
| Leak |
|
| Respiratory rate (RR) |
|
| Peak inspiratory flow PIF |
|
| Peak inspiratory pressure PIP |
|
| Mean airway pressure |
|
| Spontaneous triggered breaths |
|
| I:E ratio |
|
| Dynamic compliance (Dyn C) |
|
| Dynamic resistance (Dyn R) |
|
| Dynamic plateau pressure |
|
| Auto-PEEP |
|
| FiO₂ with FiO₂ sensor |
|
| SpO₂ with pulse oximeter |
|
| Pulse rate with pulse oximeter |
|
| EtCO₂ with CO₂ accessory |
|
| AC input voltage |
|
|---|---|
| DC input voltage |
|
| Li-ion batteries |
|
| Charge time for battery |
|
| Inspiratory Pressure |
|
|---|---|
| Tidal Volume |
|
| Minute Ventilation |
|
| Respiratory Rate |
|
| Circuit Disconnection |
|
| Apnea Interval |
|
| Operating Conditions |
|
|---|---|
| Transient operating temp |
|
| Storage temperature |
|
| AVAPS with passive circuit |
|
|---|---|
| Tidal volume |
|
| Breath rate |
|
| PEEP |
|
| EPAP/CPAP |
|
| IPAP |
|
| Pressure support/control |
|
| Inspiratory time |
|
| Rise time |
|
| Triggering and cycling |
|
| Flow trigger sensitivity |
|
| Flow cycle sensitivity |
|
| Flow pattern |
|
| FiO₂ |
|
| Inspiratory time min/max |
|
| Backup ventilation |
|
| General |
|
|---|---|
| Collateral |
|
| Particular |
|
| Wireless communication |
|
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