Hi Noorul, we're transitioning out of the semiconductor tutorials and focusing on developing a couple other series at the moment (circuits, microcontrollers, FPGAs, and control systems), so I'm doubtful we'll get to this one. Sorry about that...
Hmmm... maybe but the fact that C1 is in there and can't be easily added to the varactor capacitance (as it's neither in series nor in parallel) would make it hard to consider it that way.
Hey Adam, thanks for the feedback! I've heard that I speak too quickly and too slowly but it seems like the "too quickly" feedback is becoming dominant. I'll try and slow things down in the future, thanks!
😂 The design and video team had much longer conversations about that specific topic than I think they'd care to admit. I like things to be symmetric and square, personally, but I was outvoted...
This channel kicks ass! Clarity and presentation are killer. Amazed how few subs you've got. It'll change. Never quit!!
A very clear and intelligible presentation and I really hope to see more like this.
Thanks Hugh!
This guy explains so well
As simple as it could be! Excellent!
Great quick explanation! Thanks.
Thank you so much! Great presentation 👍
Thanks Andrey!
this was a good explanation, thank you
Keep it up 👏 thank 🙏
Sir, can you please explain also about optical diodes
Well explain sir
o h my god an excellent video, thank you sir
You're welcome, glad it was helpful!
Thanks Circuit bread. Can you make one for SCHOTTKY DIODE. Thanks again
Hi Noorul, we're transitioning out of the semiconductor tutorials and focusing on developing a couple other series at the moment (circuits, microcontrollers, FPGAs, and control systems), so I'm doubtful we'll get to this one. Sorry about that...
Thank you sir
One can make a circuit that varies between chosen extremes of capacitance.. used this for a tube amplifier for adjustable pick attack properties.
at time 3:54 on that diagram, doesn't that inductor and varactor diode form a 'tank circuit'?
Hmmm... maybe but the fact that C1 is in there and can't be easily added to the varactor capacitance (as it's neither in series nor in parallel) would make it hard to consider it that way.
@@CircuitBread or maybe 🤔 it could act like a π filter...
good
super presentation, great explanation ... however a little too fast (at least for me). had to listen to several times ...
Hey Adam, thanks for the feedback! I've heard that I speak too quickly and too slowly but it seems like the "too quickly" feedback is becoming dominant. I'll try and slow things down in the future, thanks!
great video but does anyone else find it irritating that the background is not squaire and level
😂 The design and video team had much longer conversations about that specific topic than I think they'd care to admit. I like things to be symmetric and square, personally, but I was outvoted...