I’m really glad you found the video useful. There are more videos being made, but as you might imagine, they take a lot of time to put together. But more are coming.
@@ElectronicsNotes Thank you for your kind response, yes I can imagine the great deal of time and effort that goes into an even small short video, content production is way more difficult than many people can think of until they attempt to do so themselves , then usually give up at the poor quality, but thankfully we have great scholars with deep insight and the vision to put precious education out there for the public, and we are so grateful for good folks like yourself,a big THANK YOU, will look out for more accordingly 🙂😇
I really appreciate your response as well. I am trying to make a variety of different videos covering all aspects of electronics, RF, etc. I'm in the process of making some more at the moment. Any videos of mine you watch are very much appreciated, as well as viewing the website. Thank you.
@@ElectronicsNotes Thank you for your endearing kindness, yes I shall be a pupil forever now, and check out all the good content that you have put a lot of your valuable commodity into, 'lifetime' of passion, that many others are either oblivious to or ungrateful for those few unique individuals whom serve others at the detriment of their own impending obligations, take care and Bless 😇
Hello. What about automotive oscilloscope probes? They have no slot for adjustment. That means they cannot be compensated? They come with 2 alligator clip ends or banana plugs but no slot anywhere.
It is probably because the probes are x1 only, although I am not familiar with automotive probes. It is only where you have x10 or greater that the compensation is required.
Wow, that was clear and easy to understand, thank you very much!
Really pleased you found it useful.
Thank you for this great content video, please post more.🙂
I’m really glad you found the video useful. There are more videos being made, but as you might imagine, they take a lot of time to put together. But more are coming.
@@ElectronicsNotes Thank you for your kind response, yes I can imagine the great deal of time and effort that goes into an even small short video, content production is way more difficult than many people can think of until they attempt to do so themselves , then usually give up at the poor quality, but thankfully we have great scholars with deep insight and the vision to put precious education out there for the public, and we are so grateful for good folks like yourself,a big THANK YOU, will look out for more accordingly 🙂😇
I really appreciate your response as well. I am trying to make a variety of different videos covering all aspects of electronics, RF, etc. I'm in the process of making some more at the moment.
Any videos of mine you watch are very much appreciated, as well as viewing the website. Thank you.
@@ElectronicsNotes Thank you for your endearing kindness, yes I shall be a pupil forever now, and check out all the good content that you have put a lot of your valuable commodity into, 'lifetime' of passion, that many others are either oblivious to or ungrateful for those few unique individuals whom serve others at the detriment of their own impending obligations, take care and Bless 😇
Simple to do, but really important! Thanks!
Yes I would totally agree.
very thoroughly and helpful instruction
Glad you liked the video & found it useful. We try!
Very helpful thanks
Really glad it helped you. helps make the time we spent preparing it more worth while.
Hello. What about automotive oscilloscope probes? They have no slot for adjustment. That means they cannot be compensated? They come with 2 alligator clip ends or banana plugs but no slot anywhere.
It is probably because the probes are x1 only, although I am not familiar with automotive probes. It is only where you have x10 or greater that the compensation is required.
very nice video!
Thank you very much!
Great video
Thank you very much for your comment. Greatly appreciate it.
I though I damaged mine for using a metal screwdriver. This video saved me! lol.
Really glad to have helped.