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Advanced GE Voluson E6/E8/E10

Agenda – Advanced Service Training for GE Voluson E6, E8, and E10

  1. Voluson E6, E8, E10, Introduction and Overview

    1. Introduction, Clinical Features
    2. Physical Design
    3. Design Features
      1. Control Panel
      2. Displays
      3. Touch Screen
      4. External I/Os
      5. Probes
    4. Basic Use of Voluson E6, E8, E10
      1. Touch Screen menus
      2. Dataflows
  2. Functional Design & Theory of Operation, Voluson E6, E8, E10

    1. Typical Boot Sequence
    2. Software Theory & Design
      1. Design changes, software configurations
      2. Installing software on Voluson E6, E8, E10
    3. Hardware Design and Theory of Operation
      1. Front End PCBs
        1. Location
        2. Function
        3. Front End signal flow and buses
        4. LEDs for troubleshooting
        5. Design changes
      2. Student Lab, Front End Board Removal and Replacement
      3. Back End Processor (BEP)
        1. Components
        2. Connections
        3. Inputs and outputs
        4. Design history and versions
      4. Student Lab, Access to BEP
        1. Remove and replace BEP power supply
      5. Power Subsystem
        1. Assemblies and functions
      6. Student Lab, Remove and replace main power supply
      7. User Interface
        1. Components and theory of operation
        2. Console control and data signals
        3. LCD monitor (touch screen)
        4. XY and Z mechanisms
      8. Student Lab, Remove and replace Upper Op Panel & Touch Screen
  3. Imaging Modalities
    1. 2D Imaging
    2. 3D/4D Imaging
    3. Harmonic Imaging
    4. Motion Mode
    5. Doppler Imaging
      1. Doppler Theory
      2. CW Doppler
      3. PW Doppler
    6. Color Flow Imaging
      1. Autocorrelation
      2. Clinical Applications of CF
      3. Power Doppler
    7. Elastography
    8. Lab, Changing and Modifying Settings for Modalities
  4. System Architecture
    1. Tools Needed
    2. Collecting Vital Information
    3. Service Diagnostics
      1. CSD
      2. DC Offset calibration
    4. Monitor adjustments
    5. Adjusting the XY & Z Mechanisms
    6. Power Supply Troubleshooting
    7. Student Lab, Voluson E6, E8, E10 Utilities & Diagnostics
  5. Preventive Maintenance

    1. User Maintenance
    2. Service PMs & Quality Testing
  6. Vivid E9, Overview & Design Differences

    1. Clinical & Design Features
      1. User interface & I/Os
      2. Probes
    2. Typical Power On Sequence
    3. Configuration (Config) Screens
      1. Network set-up
      2. DICOM & connectivity
  7. Design Theory & Hardware Design of Vivid E9

    1. Control Panel
    2. LCD Monitors
    3. BEP
    4. Service & User Maintenance
    5. Student Lab, Vivid E9 Config & Diagnostics
  8. Final Test

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Date

Apr 14 - 15 2022

Time

8:00 am - 5:00 pm
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