Wonderful presentation. When you showed the Autel attenuator to the camera, it was a 20:1 attenuator with 10 MHz bandwidth and a rating of 600 Volts maximum. Then you installed what appeared to be the same attenuator in the line of your scope probe. But you set your scope for a 10:1 attenuator and got a flyback reading of 32 volts and remarked it was lower than expected. Had you set up for the 20:1 attenuator in the line, would you have gotten a 64 Volt flyback?
Thank you for pointing out the oversight. It was indeed a 20:1 attenuator and the 10:1 setting was chosen on the scope. Although the scope is now protected from the potentially dangerous flyback voltage, the math is no longer accurate, and the scope is not displacing the voltage correctly.
I was always under the impression that silicone repels water. Silicone spray once was used to repel water from ignitioncables. Silicone rtv is used to seal gaskets, bathtub seams, window against water ingress, why wouldn't some Ultra grey stick to a cleaned area of an electrical wire and do as good a job or even better job sealing than liquid electric tape?🤔
Hi Mr Pete. You will surely be missed at Motor Age. Thanks again for all the information that you have shared with us. Take it easy
Thank you for your thematic lessons Greetings from Kazakhstan
Thank you for watching!
Newer gdi cars can set p219a and p219b codes for cylinder to cylinder air fuel ratio
That's correct, thank you.
Comprehension is key
I get that from watching
You work great video
Thanks 👍😁
Thanks 👍
I enjoyed & was enlightened! Thanks for the video!
Thank you Pete, every single word is a gem. Your fan from Korea.
Fantastic tutorial !
Thanks mate !!
Thanks for watching!
Great Stuff as always Pete Now i know why no one wants to pull out the scope
👍 thanks for sharing!
Wonderful presentation. When you showed the Autel attenuator to the camera, it was a 20:1 attenuator with 10 MHz bandwidth and a rating of 600 Volts maximum. Then you installed what appeared to be the same attenuator in the line of your scope probe. But you set your scope for a 10:1 attenuator and got a flyback reading of 32 volts and remarked it was lower than expected. Had you set up for the 20:1 attenuator in the line, would you have gotten a 64 Volt flyback?
Thank you for pointing out the oversight. It was indeed a 20:1 attenuator and the 10:1 setting was chosen on the scope. Although the scope is now protected from the potentially dangerous flyback voltage, the math is no longer accurate, and the scope is not displacing the voltage correctly.
Looks like someone is used to using a pico and the 10:1 attenuator.
thank you Pete very good video
Glad you enjoyed it
I was always under the impression that silicone repels water. Silicone spray once was used to repel water from ignitioncables. Silicone rtv is used to seal gaskets, bathtub seams, window against water ingress, why wouldn't some Ultra grey stick to a cleaned area of an electrical wire and do as good a job or even better job sealing than liquid electric tape?🤔
thanks!
Good video I guess no sense doing injectors w/o amp clamp & voltage together .
Correct, the voltage shows the command, and the current shows the work being carried out (Or "not" being carried out).
👍
SHARP Sir Pete Meier Motor Age
From Nick Ayivor from London England UK 🇬🇧 ⏰️ 23:01pm