102. Why VCE(sat) is not 0V

The title says it all. We take a look at the voltages across a BJTs diode (B to E and then B to C) and see why the voltage is 200mV or less. Theory and test.
This is a corrected upload of an earlier video.
Where Does 26mV Come From in r'e?
• 100. Where Does 26mV ...

[@aerofart]

I really enjoy the format of your videos covering relevant topics, source data sheets, real-world components and theory followed by practice - all explained in a clear and comprehensive manner, leaving almost nothing of relevance unanswered. I especially enjoy the practical part, as it not only validates the theory, but also provides essential information about circuit building and measurement that can sometimes befuddle the student.

[@TheOffsetVolt]

Thank you for that great feedback. You pretty much ticked off all of the goals I have for my videos. And thank you for watching.

[@Batmule]

Nice explanation. Subscribed. Didn't you switch the I(B) and I(C) labels on your hand drawing at ~12min?

[@kaybhee6]

keen man

[@TheOffsetVolt]

Thank you!

[@absurdengineering]

Now interchange the emitter and collector :)

[@evilspoons]

It would be helpful if you left the pop-ups with the circuit drawings/corrections/math etc when you're doing the demo on the screen for longer. I keep listening to you finish your sentence and then look up and the thing has already faded away - especially annoying since it's not covering anything up, there's just some unused equipment. Other than that this is a nice practical demo of what some of the datasheet figures can mean - leaving the theory behind and just using off the shelf components makes you a bit rusty on some of this stuff!

[@TheOffsetVolt]

Good suggestion. I will leave them up longer. Appreciate the feedback.