Welcome to the Trilogy EV300 e-Learning Curriculum
The e-learning materials in this education curriculum facilitate self-learning and review how to set-up Trilogy EV300 for ventilation. The interactive learning modules contain knowledge checks throughout and a final assessment at the end that requires a minimum score of 80% in order to obtain the learning certificate. There is a training checklist available to use during training sessions with clinicians.
Who is it designed for?These trainings are for healthcare professionals.
What are the benefits of this training?This learning curriculum is part of a clinical education program that enables clinical providers to develop their Trilogy EV300 skills.
Visit this page often to view additional basic and advanced trainings as they become available. This material is not intended to substitute or replace the Operating Manual or Instructions for Use.
Training Videos
Trilogy EV300: Setting up S/T mode for NIV
Trilogy EV300: Setting up circuits
Trilogy EV300: window navigation Option 2
for software 1.06.02.00 and above
Includes alarm silence reset and trendsTraining Modules and Presentations
Trilogy EV300: Getting started
The Trilogy EV300: Getting started course is an introduction to basic operations of the device.
Trilogy EV300: Respiratory Mechanics
The Trilogy EV300: Respiratory Mechanics is an introduction to the lung parameters estimation feature included in the EV300
White Papers and Symposiums
Trilogy EV300 and V60 for NIV Benchstudy
This white paper reviews the performance (tidal volume, triggering, pressurization, and synchronization) of the Philips hospital ventilators
ATS 2022 NIV Bench study Symposium Recording
This is a video recording of the Philips sponsored symposium: Hospital NIV support, a comparative bench study with Dr. Belda
Lung Parameters Estimation
This white paper provides a detailed understanding of the lung parameters estimation in the Trilogy EV300.
Calculations Tool
Ventilation Calculations Tool
This ventilation parameters tool provides a quick and easy way to calculate IBW, inspiratory time and I:E ratios