Great example of how to determine what messages correlate to what. It’s cool you can put these into a csv translation file too so next time it will be in human readable text.
Having topology on your scan tool and referring to live data inputs should have shown the same thing, maybe faster. Interesting on how you can determine can speed and module and subsystem ID.
Nono, a capacitive sensor works on the principale of water/sweat on your hands to change a capacitive field to unlock the door. Sometimes rain or just washing your car at the carwash can trigger the sensor if the keys are nearby the car. But im also a bit confused of what was the cause, the module or the door handle?
What a great example of Diagnostics with a clear Plan and strictly following the data! 👍🏼
Great information and diagnostics aproach. We use this same procedure on BMWs and has save us lots of hours!
Great example of how to determine what messages correlate to what. It’s cool you can put these into a csv translation file too so next time it will be in human readable text.
Great technique and video, many thanks
One word , awesome ! Keep going.
Having topology on your scan tool and referring to live data inputs should have shown the same thing, maybe faster. Interesting on how you can determine can speed and module and subsystem ID.
How many hours were you able to bill the customer for this?
So moisture got into a connector?
Nono, a capacitive sensor works on the principale of water/sweat on your hands to change a capacitive field to unlock the door. Sometimes rain or just washing your car at the carwash can trigger the sensor if the keys are nearby the car. But im also a bit confused of what was the cause, the module or the door handle?
this realy education how use pico scope
I can pretty much guarantee this would have been a "parts cannon" without this diagnosis.
It probably had. Just no one wants to talk about. And if some one mentions this, it would be said “was done by another shop”😃
The doorhandle problem is an relatively old problem.