As I have said previously. There is no excuse for a Mech/Tech not having at least rudimentary scope facility now. Cheers Denis. Thx for taking the time to check it out 🍻
Really cool man. I appreciate you showing this, I'd like to get a picoscope if I keep diagnosing issues for folks. I just ordered one of these tonight however as it looks more than adequate for just seeing if it looks mostly normal or not. Noticing they also make a 2ch osci/multimeter combo device. I just wish it used regular batteries.
You will be amazed at how a scope will take your level of understanding well beyond what you had previously understood. Great learning tool. Thx for watching 👍🍻
@@TheGibby3340Well CAN high is hardly moving any data! CAN low looks solid though. I also had to change the 'dots' (? I don't know oscilloscope terminology lol) on the left and right of the screen to match what yours look like. Then I could see things. But yeah CAN high looks totally wrong. Hoping I have a lead to go on now, will try jumping modules. I guess if jumping modules works it'll be a module issue and if it doesn't perhaps a wiring issue 🤷♂️ and I'll test for continuity on CAN high between modules. This is really cool.
Am really learning a lot from your $20 scope… Please take your time and do more education on the CAN, how to read the division to show the voltage manually
that it captures a discernable CAN waveform for $20 and its physical size is amazing
As I have said previously. There is no excuse for a Mech/Tech not having at least rudimentary scope facility now. Cheers Denis. Thx for taking the time to check it out 🍻
Definitely got something outa that and for the cost of that little scope wouldn’t you have one mines on its way👍
@kevinpalmer7452 Exactly. Same price as a pizza and a couple of beers 🍻
I just bought a dso tc3 i am learning with your videos 🎉🎉🎉🎉😊
👍🍻
Very interesting thanks from Patrick Brasil
Thanks for watching.
Impressive results with such an inexpensive oscilloscope. Thanks for the lesson! the book looks exciting, so it landed in my book order 😁
Both items you mentioned are good value for money. Thx for watching 🍻
Great work boss
👍🍻
Reminds me of the old Ford breakout on the way out from the 1970s. Early 80s
Same idea perhaps. Just facilitating easy contact. 🍻
Really cool man. I appreciate you showing this, I'd like to get a picoscope if I keep diagnosing issues for folks. I just ordered one of these tonight however as it looks more than adequate for just seeing if it looks mostly normal or not.
Noticing they also make a 2ch osci/multimeter combo device. I just wish it used regular batteries.
You will be amazed at how a scope will take your level of understanding well beyond what you had previously understood. Great learning tool. Thx for watching 👍🍻
@@TheGibby3340Well CAN high is hardly moving any data! CAN low looks solid though. I also had to change the 'dots' (? I don't know oscilloscope terminology lol) on the left and right of the screen to match what yours look like. Then I could see things. But yeah CAN high looks totally wrong. Hoping I have a lead to go on now, will try jumping modules. I guess if jumping modules works it'll be a module issue and if it doesn't perhaps a wiring issue 🤷♂️ and I'll test for continuity on CAN high between modules. This is really cool.
Interesting. The Canbus is a dark art to me. Looking forward to seeing you test some automotive components.
Thanks for taking the time to watch. 🍻
Am really learning a lot from your $20 scope…
Please take your time and do more education on the CAN, how to read the division to show the voltage manually
Thx so much. 🍻
Like i always said is no the tool, is the guy using it
Fair point. 😁 Thx for watching 🍻