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Apple iPhone 6s: Rear Camera & Flashlight Inoperative Post Flooding, Despite Socket Repairs

niedzwiadek18 14475 8
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 16918880
    niedzwiadek18
    Level 12  
    Hello, I got to do 6s after flooding with the torn camera slot and the lack of several elements around the socket. After filling the gaps under the microscope, the back camera has a black background and the flashlight does not work ... i.e. When turning on the flashlight, the icon turns gray, ie it turns on but does not shine. The front camera is working properly.

    I changed the camera - no result.


    I found some walkthroughs on the internet:

    I've bridged the U3200 like a photo.

    I checked all the passages around the socket like on a photo.

    On FL3200 I have 4.1va should be probably 2.8v?

    Apple iPhone 6s: Rear Camera & Flashlight Inoperative Post Flooding, Despite Socket Repairs Apple iPhone 6s: Rear Camera & Flashlight Inoperative Post Flooding, Despite Socket Repairs Apple iPhone 6s: Rear Camera & Flashlight Inoperative Post Flooding, Despite Socket Repairs
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  • #2 16920476
    Chawek
    Level 18  
    niedzwiadek18 wrote:
    On FL3200 I have 4.1va should be probably 2.8v?


    How did you make the bridge on the U3200, why are you expecting an 2.8V voltage on the FL3200? U3200 is the LDO of the rear camera, you made a bridge between the input and the output of this circuit, so you have there VCC_MAIN or voltage from the main power branch. You must think and not follow the walkthroughs blindly, the paws fall: /
  • #3 16920652
    niedzwiadek18
    Level 12  
    I'm not a service technician :) I do it hobbyally for fun and joy if it works :) can not switching from a different U3200 disc change anything here?
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  • #4 16921417
    Chawek
    Level 18  
    The fact that you do it in a hobby does not absolve you from thinking, following the walkthroughs from the internet, you can beat the phone.

    Inserting the U3200 chip will probably restore the voltage of 2.85V but I do not know if the camera survived as you gave it 4.1V ;)

    For the future, all the elements on the disc are needed and have been placed on it for some purpose, wiring any one is usually a bad idea. The wire can be used to repair interrupted connections between elements.
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  • #5 16922696
    RafalB

    Level 28  
    Chawek wrote:
    but I do not know if the camera survived when you gave it 4.1V


    The camera will survive, after a few days discoloration will begin, the photos will be noisy and eventually it will fall.
    The battery will also be discharged sooner, the camera will take non-stop current.
    The bridge can only be made for diagnosis, it is not a repair!
    Unfortunately, solucje z neta is a pathology: /
  • #6 16922810
    niedzwiadek18
    Level 12  
    Ok, gentlemen. On Wednesday, the U3200 will be soldered in its place. I have several cameras so after checking I check on another one which I have not tested in this phone yet. If you say you can do it for the test and I still do not work, the problem is somewhere else.
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  • #7 16935426
    niedzwiadek18
    Level 12  
    Gentlemen, the camera works!

    U3200 transplanted from a different plate, in addition, even at a higher magnification of the microscope, I found cold solder on one element.

    Regarding the operation of the cameras themselves after taking the jumper on the U3200 - all the cameras I tested with this jumper still work.
  • #8 17652519
    svg
    Level 11  
    Hello, friend who had a cold element
  • #9 17652662
    niedzwiadek18
    Level 12  
    Hi, I do not remember anymore because some time has passed :) from what I remember in the small piece near the connector was a problem.

Topic summary

The discussion revolves around a user experiencing issues with the rear camera and flashlight of an Apple iPhone 6s after it was damaged by flooding. Despite attempting repairs, including bridging the U3200 component and checking voltages, the camera displayed a black background and the flashlight failed to illuminate. The user replaced the camera but saw no improvement. Responses from other users emphasized the importance of understanding the circuitry and cautioned against blindly following online guides. Ultimately, the user successfully resolved the issue by transplanting the U3200 chip from another device and identifying a cold solder joint, which restored functionality to the camera and flashlight.
Summary generated by the language model.
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