Thank you for the succinct, concise explanation. Spent many years flux-huffin' but I've only recently begun to dip my toes into circuit design. After a few months watching your RUclips channel, I've returned to college for a degree in EE. I'm a decade older than most students in my classes! Funny how life works. Thank you, so so much, for re-igniting my passion.
Glad to help. I've had a great many "returning adult students" in my courses over the years, and very often they wind up in the top of class. Best of luck to you.
I love the template. 😊 thanks . You had me going mental with the 1 farad and the milliohms 😆. Then you corrected it and I could breath again. Thank you so much. Subscribed straight after the heart attack with the 1 farad.
Yes, it looks a little odd at first, but I find that the frequency scale followed by the Z scale works well, and is practical when it comes to choosing components. You generally have a much wider range of values for resistors than capacitors, so best to keep those cap values "nice", and let the resistors get weird.
Thank you for creating this video. One question I have, is with active filters, is it possible to create a sharp resonant style band-pass which is similar to the notch-filter with a +/-1Hz bandwidth selectivity? For example, be able to select 2347Hz, 2351Hz, or 2357Hz, and 5669Hz, across a range of 10kHz
Thank you for the succinct, concise explanation. Spent many years flux-huffin' but I've only recently begun to dip my toes into circuit design. After a few months watching your RUclips channel, I've returned to college for a degree in EE. I'm a decade older than most students in my classes! Funny how life works. Thank you, so so much, for re-igniting my passion.
Glad to help. I've had a great many "returning adult students" in my courses over the years, and very often they wind up in the top of class. Best of luck to you.
The world's best professor thanks very nice explanation
Thank you! I think this is the best video yet.
I love the template. 😊 thanks .
You had me going mental with the 1 farad and the milliohms 😆. Then you corrected it and I could breath again.
Thank you so much. Subscribed straight after the heart attack with the 1 farad.
Yes, it looks a little odd at first, but I find that the frequency scale followed by the Z scale works well, and is practical when it comes to choosing components. You generally have a much wider range of values for resistors than capacitors, so best to keep those cap values "nice", and let the resistors get weird.
Thank you for introducing active filters!
Excellent, thank you!
Nice clip, thanks.
Choose a practical cap and the resistor will come out correctly.
Thank you for creating this video. One question I have, is with active filters, is it possible to create a sharp resonant style band-pass which is similar to the notch-filter with a +/-1Hz bandwidth selectivity? For example, be able to select 2347Hz, 2351Hz, or 2357Hz, and 5669Hz, across a range of 10kHz
1 Hz out of 10 kHz is a Q of 10,000. I doubt very much you could ever get that to work with this circuit. A Q of 100, sure, but 10,000? Not so much.
So nice
thank u that's help me a lot !