IO Board 5433408-12/5433408-120/5433408-121 GE Logiq E9 Ultrasound System

GE Logiq E9 Ultrasound System IO Board 5433408-12/5433408-120/5433408-121

About GE Logiq E9 IO Board Information

1. Function and role
Signal transmission: The IO board is responsible for transmitting the image signals, control signals, etc. generated inside the device to external devices, such as monitors, printers, etc., and also receives input signals from external devices, such as commands entered by the user through the control panel.
Interface connection: The IO board usually integrates a variety of interfaces for connecting different types of external devices to ensure that the device can exchange data and communicate with other medical devices.
Fault handling: When the device fails, the IO board may also be the problem. For example, if the device displays abnormally after powering on, it may be that a certain interface on the IO board is faulty, causing the signal to fail to transmit normally.

2. Fault handling case
In actual applications, the IO board of GE Logiq E9 may have various faults. The following is a brief description of a fault handling case:

Fault phenomenon: The device displays abnormally after powering on, and there is no video signal output on the external monitor.
Fault analysis: First check whether the main monitor and the connection cable are normal, and then try to replace the interface. If the video signal output of the external monitor is normal after replacing the interface, and the main monitor is connected to the interface and the display is also normal, it means that the original monitor interface is faulty. Since the interface is located on the IO board, it can be judged that the IO board is faulty.
Troubleshooting: After replacing the IO board, the device resumed normal operation.

3. Maintenance and care
In order to ensure that the IO board of GE Logiq E9 can operate stably for a long time, regular maintenance and care are required:

Cleaning and dust prevention: Regularly clean the IO board and the dustproof net around it to prevent dust accumulation from causing overheating or short circuit of the device.
Check the interface: Regularly check whether the interface on the IO board is loose or damaged to ensure that the signal can be transmitted normally.
Avoid moisture: Keep the environment where the device is located dry to prevent the IO board from getting damp and causing circuit failure.

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