Electronic Filters - Vocademy
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- เผยแพร่เมื่อ 28 ก.ย. 2024
- Electronic filters are AC circuits that pass or block selected frequencies. Electronic filters consist of combinations of capacitors, inductors, and resistors. Deferent types of filters are high-pass filters, low-pass filters, band-pass filters, and band-reject filters. Depending on the topological arrangement of the components they are called L-filters, T-filters, pi-filters, and H-filters.
This is fantastic - the best explanation of this I've seen Thankyou
Good to see you are back Bob 🙏, and for a long time I was hoping you’ll do a video on audio filters/crossovers. Thanks again for lessons in electronics and hopefully the networking will start soon.
Hey good to see you back ,What is wrong with rsd academy ? You will continue here ?
Glad you're back. Guess you weren't able to get things resolved with YT and Google. Shame. Hope you have better success this time around. Most likely be ok, but taking a risk of more issues. It's happened to others. Strongly suggest posting vids on other services for redundancy and to further expand your reach. YT is the biggest, but not the only one.
Finally, you were missed! 👏👏👏
Excellent as usual
Hey professor, nice to see you doing well! So is this the main channel now?
Thank you for all your efforts. ?can you make a auto cut off circuit for battery charging ? It would be very useful for us to understand how things work in relationship with other elements.
Best regards Bob. Take care of yourself
Is there any way to watch the old videos? I had so many saved 😢
I hope they come back, there were some really good ones of the old videos as well.
Thanks Bob, Excellent video, really excellent.
Again a didactic masterpiece here, thanks Bob! Even after completing most of your Electronics Courses, did this piece increase my knowledge still some more.
Great to see you going forward after all those setbacks! Wish you an ever increasing audience! Greetings from Switzerland!
Charles
My favorite teacher is back.
you are the king 👍🌹
The best teacher is back. Hope everything works out for you.
Not the best; dependable, yes.
Wow nice video...Now I understand very well the functions of filters... Thank u so much sir, keep up the good job, godbless and more power
Give Bob the Job!
Great to see you back!
dear sir
please how to get quasi sine wave (inductive crankshaft signal for automobile -12V to 12V ) from square wave i.e crankshaft signal (hall effect) varing from 0 to +5 VOLT using for exemple a low pass filter
note: the frequency range is : 500 HZ TO 30KHZ
THANKS SIR
the best teacher ever great information
After all you have been through, it is nice to see you back again! 😂
What happened to Bob?
@@MrDoneboy Bob was kicked off of TH-cam almost a year ago. This was his first video "back" on TH-cam.
Great video. I wanted to start at the beginning to see your entire series, but your oldest video I can find is 11 mo's old. Did a lot of your earlier material get deleted?
@ bob Duhamel please make such videos on integration of electronic devices, like RS485, Ethernet Networking. if you give us the introduction it will be far easy to understand further for US.huge respect from Pakistan
Hi in my country we have something close to OSHA Standards that regulate technical and formal preparations and safety rules according to working with electricity. Our system is TN-C. Many colleges of mine are confused (including me) with one particular rule that says when working on a power cable, you must securely disconnect phase wires and neutral wire and put grounding on all wires (phase and neutral) as close as possible where you are working. So the confusion comes from why we must disconnect neutral wire from ground in substation and then secure it by grounding it again but closer to work place. I guess maybe it is for safety if there is a fault or imbalance in the transformer in substation and voltage vectors and neutral point are displaced. Can you help me with that?
Sounds "noisey" & dangerous.
@@R.Akerman-oz1tfindeed does
Thank you very much for sharing your knowledge.
Very good video. Are you planning on showing how to know which filter to use depending on the application? Since there are several of each type how do you know the best one to use?
Found you again you electronics monster! Keep on banging 'em!
thank you sir. this video helped me a lot.
"at DC capacitor is like open circuit" hows this possible cause in DC we get voltage across capacitor which is equal to the source voltage?
Once capacitor is fully charged its voltage is equally to battery voltage then and it blocks any further current flow.
Awesome 823
really good video