I wanted to note that, otder of filter is computed by counting the number of branches not the elements, since you can have an inductor and a capacitor in shunt or something.
I know that in lpf when we add inductor in series and capacitor to ground since impedance of inductor is low in low frequencies it will choose that path and it flows. How can we use this concept to explain about BSF.
Can anyone tell me to learn RF design just now my interview completed on RF designing side. I have experience in RF testing side like I did apprentice in BEL. Too tough to get job in RF circuit design :(
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I wanted to note that, otder of filter is computed by counting the number of branches not the elements, since you can have an inductor and a capacitor in shunt or something.
I know that in lpf when we add inductor in series and capacitor to ground since impedance of inductor is low in low frequencies it will choose that path and it flows. How can we use this concept to explain about BSF.
super as always my friend :D
very helpful video thanks
Basic of Filter Design : Minimise the number of Inductors, as they are more expensive than capacitors.
great explanation...thankyou!!
Can anyone tell me to learn RF design just now my interview completed on RF designing side. I have experience in RF testing side like I did apprentice in BEL.
Too tough to get job in RF circuit design :(
supper sir
I'm learning microwave
Why does the title of this video contain the word "microwave"? There is nothing here that makes this specific to microwave frequencies.
You missed the term Basic before microwave.. It means before designing microwave filters you need to learn basic of microwave filter design.