Thanks for this video. I've never hard of DC bias until I watched this video. Just a correction to the size of an 0201 part. In the video at 2:11 it was stated that the size is 0.2in x 0.1in. It is actually 0.02in x 0.01in.
good morning sir , May I have a quick question? i have cassette recorder ,A Sony cassette recorder. the ceramic capacitor -823K is hard to find, what can I use as a neartest substitute? thank you and more power to you and your channel.
the worst part about 0201 is getting solder paste on. I have a client who has 2 0201s on his board and will not buy a stencil, such a pain in the ass without a stencil.
can we get a 1HZ clock signal accurately using 555 astable mode? If not how to get a accurate 1HZ clk signal ? please provide me the circuit . Thank you :)
After watching the video, test your knowledge on downsizing MLCCs with this short quiz: bit.ly/389GhsA
Thanks for this video. I've never hard of DC bias until I watched this video.
Just a correction to the size of an 0201 part. In the video at 2:11 it was stated that the size is 0.2in x 0.1in. It is actually 0.02in x 0.01in.
Helpful video. I liked it
good morning sir , May I have a quick question? i have cassette recorder ,A Sony cassette recorder. the ceramic capacitor -823K is hard to find, what can I use as a neartest substitute? thank you and more power to you and your channel.
Well said sir. Looking forward to more explanations.
the worst part about 0201 is getting solder paste on.
I have a client who has 2 0201s on his board and will not buy a stencil, such a pain in the ass without a stencil.
Nice!! Knowledge test!
So, what's the best value of 0201 cap to replace a varactor?
Thanks
I always use 0603...just necsuse
Awesome 😊
can we get a 1HZ clock signal accurately using 555 astable mode? If not how to get a accurate 1HZ clk signal ? please provide me the circuit . Thank you :)
Great !!!
You should change your name to "Bald RESEARCHER Engineer", excellent video, thanks.
i think you mean mm not in when explaining the sizes
Ceramic capacitors are generally specified in imperial units. So I meant inches in this case.