I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to the left stick controller which verifies that there is one there and if not it is giving the indication that you describe.
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I don't know the circuit but perhaps the controller tester needs to verify that there is actually a left stick controller connected, by testing the electrical path to the left stick controller which verifies that there is one there and as it is not there it is giving the indication that you describe.
Make sure that there are no solder bridges between the controller connections i.e. holes,on the pcb that may be fooling the tester, just in case what I only think may be the case is totally wrong.
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Try soldering in the new controller and check what the result is.
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Try soldering in the new left stick controller and check what the result is.
I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to the controller which verifies that there is one there and if not it gives the indication that it does
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I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to the left stick controller which verifies that there is one there and if not it is giving the indication that you describe.
Make sure that there are no solder bridges between the controller connections i.e. holes,on the pcb that may be fooling the tester, just in case what I only think may be the case is totally wrong.
Try soldering in the new controller and check what the result is.
I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to controller which verifies that there is one there and if not it gives the indication that it does
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I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to the controller which verifies that there is one there and if not it gives the indication that it does
Make sure that there are no solder bridges between the controller connections i.e. holes,on the pcb that may be fooling the tester, just in case what I only think may be the case is totally wrong.
Try soldering in the new controller and check what the result is.
I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by communicating with it i.e. tests electrical path to controller and verifies that there is one there and if not keeps trying to get a response from the controller.
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I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by testing the electrical path to controller which verifies that there is one there and if not it gives the indication that it does
Make sure that there are no solder bridges between the controller connections i.e. holes,on the pcb that may be fooling the tester, just in case what I only think may be the case is totally wrong.
Try soldering in the new controller and check what the result is.
Hi @b100nl ,
I don't know the circuit but perhaps the controller tester needs to verify that there is actually a controller connected, by communicating with it i.e. tests electrical path to controller and verifies that there is one there and if not keeps trying to get a response from the controller.
Make sure that there are no solder bridges between the controller connections i.e. holes,on the pcb that may be fooling the tester, just in case what I only think may be the case is totally wrong.
Try soldering in the new controller and check what the result is.
Just a thought.