How can so many frequencies all be represented simultaneously by a single waveform.
2 months ago | 38
To depict the wave forms of a smps from input through to the output, including the one for the feedback circuit.
2 months ago | 6
A section of the video being a guide to all the more important/commonly used specifications and what they mean would be useful for anyone newer to electronics/hobby/etc
2 months ago | 3
The sampling rate and frequency they can cover, and their bandwidth
2 months ago | 3
Data acquisition options: screenshots, logged data, limitations of a computer hookup...
2 months ago (edited) | 5
Great idea. Id be interested in 3-5 common failures (such as a bad capacitor) and how to test for them
2 months ago | 1
Yeah.... Please make it for understanding everything about it, of what it can do irrespective of the type of oscilloscope is in use whether it is old or modern
2 months ago | 0
The use of amplification to real-world scenarios additionally in series with signal generators.
2 months ago | 3
How about giving usage examples that demonstrate the wide range of professional fields that use them?
2 months ago | 3
Capturing a small wave. Specifically wave form of a RCD trip test.
2 months ago | 0
I've used them a couple times in school, this probably won't make sense. But let's say I'm troubleshooting a faulty board and using the o-scope to get a visual. What would I be looking for?
2 months ago | 1
The Engineering Mindset
I'm making an Oscilloscope tutorial video. What would you like me to cover in the video?
2 months ago | [YT] | 733