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 🍻
Good primer, going to try getting a good can signal today. I have not tried can at all yet but have a cheap Bob myself and a few scopes that are capable. See how it goes mate!
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 🎉🎉🎉🎉😊
👍🍻
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. 🍻
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 🍻
Good primer, going to try getting a good can signal today. I have not tried can at all yet but have a cheap Bob myself and a few scopes that are capable. See how it goes mate!
Lots of reasonably priced options available these days. Thx for watching 🍀👍🍻
Very interesting thanks from Patrick Brasil
Thanks for watching.
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.
Great work boss
👍🍻
Pls. Try to change the settings so that the viewers can Determined properly the product capability
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 🍻
Reminds me of the old Ford breakout on the way out from the 1970s. Early 80s
Same idea perhaps. Just facilitating easy contact. 🍻