TTT372 Rigol MSO5000 Power Analysis

[@thomasbaumgart9209]

Tom, you have got a substantial DC offset on the current measurement, messing up the comnplete power computation. When working on full-wave AC circuits, selecting the input of the scope to be AC coupled may be beneficial. If there actually is a DC component present at the signals, make sure that both channels are properly zeroed in before starting the measurement. Especially those clamp-on current probes are prone to high DC offsets that may drift considerably during warm-up. Otherwise, thanks so much for this nice presentation of the MSO5k's features!

[@romanhar4151]

Great Video, Thanks. What Type of electronic Load are you using?

[@tomtektest8042]

Details on these are in TTT358, 359, and 360.

[@jstro-hobbytech]

No offense brother but you have all this nice gear only to buy that atorch (aptly named) when you have two sets of micsig probes and an 8gsa rigol mso

[@jstro-hobbytech]

No offense but why is the screen refresh rate so bad

[@bga_mod5322]

круто!

[@kennymanchester]

I've been meaning to sort out what this bundled option brings to the table. Excellent overview. Again.

[@jstro-hobbytech]

The pc view of you're awesome scope doesn't do it justice.

[@StuartCGadgetRev]

Really interesting video, thanks!

[@clytle374]

Thanks as always

[@patrikprekop8975]

May I know the type of the current probe? Thank you 🙏

[@jstro-hobbytech]

Micsig. Yet he has a load bought from ali express. I never understand the point of this guy's experiments. I'm not knocking the guy at all. That scope and probes in Canada would cost over 2500 dollars. I don't have gear envy. I have a decent set up. Haha

[@felixcat4346]

Fuck the safety tips.