Advanced Philips iU22/iE33

Agenda – Advanced Service Training for Philips iU22 and iE33

1. Design Practices of Philips Ultrasound
   
   1. Technology Acquisition and Convergence
   2. Design Methods for iU22/iE33 Project
2. Overview of Design
   
   1. Clinical Features
   2. Design Features and Options
      1. Transducers
         1. Design
         2. Probes by platform
         3. Probes tied to software releases
      2. User Interfaces
         1. Control Panel
         2. Touch Panels
         3. iU22 Touch Panel Menus
         4. iE33 Touch Panels and Menus
         5. Displays
      3. Lab, use of User Interfaces on iU22 and iE33
3. Functional Design & Theory of Operation
   
   1. Block Diagrams
      1. Signal Paths by Mode
      2. Overview of System Architecture
   2. Acquisition Subsystem
      1. Busses and PCBs
   3. Platform Subsystems
      1. Control, Signal Processing and Display Subsystems
      2. Rev A to C designs
      3. Unified Mother Board designs
   4. Power Subsystem
      1. Changes in design, rev A to F.2
      2. Stand-by Switch and Power Subsystem design
      3. Lab, Removal and replacement of AC Tray
         1. Maintenance and testing
      4. Lab, Removal and replacement of power supplies
   5. Software Architecture
      1. Versions
      2. Setup utilities
      3. Boot-up sequences
      4. Power On/Off sequences
4. Troubleshooting and Maintenance
   1. Acquisition Subsystem
      1. Common failures and troubleshooting techniques
      2. Lab, remove and replace Acquisition FrontPlane
      3. Lab, Access to front end PCBs
      4. Lab, Remove and replace Scanhead Select
   2. Power Subsystem
      1. Common failures and troubleshooting techniques
         1. LED indicators
      2. Lab, Remove and replace battery
      3. Lab, Remove and replace Power Subsystem FRUs
   3. Disk Bay Enclosure
      1. DVD/CD Versions
      2. Access to Power/Standby switch
      3. USB convertor
      4. Lab, Access to Disk Bay Enclosure
   4. Platform Card Cage
      1. Common failures and troubleshooting techniques
         1. Troubleshooting UMB
      2. Lab, remove and replace UMB
   5. System Software
      1. Common failures and troubleshooting techniques
   6. Service Passwords
      1. How to Obtain
         1. Current practices of Philips
         2. FDA and state laws
      2. Workarounds used/needed for servicing
5. DICOM and Networking
   
   1. Theory and Design
   2. Tools and troubleshooting
6. Software Back-up and Installation
   
   1. Software Back-up
      1. Methods
      2. Tools
         1. Lab, Perform back-up of system software
   2. Loading Software
      1. Methods
      2. Variations due to S/W Revision
      3. Lab, Loading Software on Rev A and B systems
7. User Maintenance
   
   1. Filters
   2. Probe Inspection
   3. Proper care and maintenance of TE probes
   4. Back-ups
      1. Lab, performing Back-ups of User Presets
      2. Lab, Archive and Delete of patient data
         1. HD Reset
8. Preventive Maintenance
   1. User maintenance
      1. TE probe testing
   2. Service maintenance
      1. Back-up and Restore
      2. Improving reliability
9. Review of Training Manual
   1. Theory and troubleshooting for A to C hardware
   2. Disassembly Procedures
10. Final Test