Lecture - 37 Filters

[@ashwanikumar3196]

Fabulous lecture ❤

[@ananyaanand1756]

awesome theory along with practical description.......

[@ts4gv]

Oh. Based on the title I expected to learn about 37 filters. I got excited, wondering what i was missing.

[@kelejoh99]

you guys are awsome its so simple and easy to understand im normally in the lectures staring blank at the professors lol was wondering if u have any videos on comparators thanx alot

[@TheClearvic]

Yeah. It's very nice. I hadn't got this good explanation in class. Thanks sir.

[@sridharchitta7321]

How do RC and RL filters function? How do capacitors and inductors drop ac voltages in filters? To understand this intuitively it is useful to know what is a fringe field of capacitors and what its effect is at different frequencies. With inductors, it is useful to know the induced field and its effects at different frequencies. These effects influence the net field and current magnitudes in capacitors snd inductors. Knowing this will help in understanding the operation of RL and RC circuits as filters. Attenuation, it should be understood, denotes a decrease of the amplitude, or magnitude of coherent or incoherent electromagnetic waves or electrical impulses without specifying what quantity should be used to measure the decrease, whether the decrease should be space-dependent, time-dependent or both, the cause of the decrease or, the conditions under which the decrease is to be measured. A resistor can produce attenuation but it need not be there always to produce attenuation. Lossless lines and T-section and m-derived section filters can attenuate signals as well. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors, capacitors and inductors and how discussing these topics with a unified approach makes it easier to understand phase-shifting in capacitive and inductive circuits, watch these two videos i. kzbin.info/www/bejne/iHbWiJeabJukrsU and ii. kzbin.info/www/bejne/bnO0fpKurJeFnNE The last frame contains references in video #1 which lists two textbooks 3 and 4 with topics that discuss the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory. Textbook 4 is here techsarworld.com/product-detail/fundamentals-of-electric-theory-and-circuits-559 PPTs and Videos with animations for all the ten chapters and a few applications Regulated DC Power Supply, Differential Amplifier and Transformer coupled audio power amplifier of the book Fundamentals of Electric Theory and Circuits are available for download and viewing here techsarworld.com/download-resource/fundamentals-of-electric-theory-and-circuits-559 Textbook 4 in addition includes discussions on phase-shifting with a unified approach to electrostatics and circuits useful to understand how filters function.

[@haladappajm3601]

Great!!! Thanks a lot for your efforts.....

[@modernphysics7474]

Amazing explaination 💙👏👏

[@afrintazdillu7632]

Sir in bandstop filter., shall we give output of low pass filter to inverting terminal of summing amplifier?nd output of hp filter to non inverting terminal?

[@vincentmothapa2421]

No sir, thank you!

[@fender7802]

Thank you very much Professor.

[@ShelvokeSPV]

This video seems to be missing. Is there any chance it can be re-posted please?

[@scienceandstudy6431]

Where is the lecture next to it...?

[@saranshgupta9119]

This is the last one

[@binujanardhanan1299]

Great sir wonderful class

[@RahulKumar-tg5zb]

Very nice explanation👌👌💐👍

[@PawanKumar-uo7hf]

Thanks you so much sir mai aaj aapka class kar ke bhut kuch sikha hu.

[@Heisennburg]

seems like IIT Madras videos are getting more views than IIT Delhi

[@AnkushVatsZero]

This was very helpful sir! thanks for your efforts . . .

[@munaze9281]

great explanation with the practical explanation. keep it up!

[@tasnimgolwala4681]

thank you sir!

[@srinivasreddy-st1do]

Thankyou very much sir for your brief explanation......

[@42shubhamkumar82]

best video

[@rajeshpuntia1637]

Awesome sir...thank you sir

[@rudykyalumba8372]

Great!thank you

[@nathi30]

thank u

[@nuruljanahnurulislam7265]

can you sir help me with name of the software you using for the simulation or anyone on this platform and how to download it free..Educative and easy understanding lecture

[@rbaheti3054]

pspice software, not for free

[@mmrklead]

you can download it for free.USE ORCAD student version

[@mmrklead]

www.orcad.com/buy/orcad-educational-program

[@kelejoh99]

well i have finished the course but i found videos relating to the topic thanks for the reply tho :-)

[@akashwayal8797]

Great lecture! thank you!

[@rajashekarreddy7004]

tnq soo much sir....

[@maheshedla6950]

nice one

[@thehindustanivlogger5977]

thanks a lot sir

[@rahuldholi]

thanx a lot

[@Houkie]

Thanks Professor

[@prasannakumar6273]

awesome explain sir

[@Ujala-vf3yg]

Thanks sir

[@Sai_Neha_Wanderlust]

i love indira

[@abhishek_shaan]

thanks sirr

[@salauddinmondal8212]

Nice sir

[@mario6279]

hello welcome to the quick-e mart

[@afrintazdillu7632]

Sir you didn't explained about all pass filter😀😀

[@nathi30]

no one forced u to watch this.

[@antennabrain5439]

A Brain stuff

[@arnabchakraborty3645]

Thank you sir for your valuable time.

[@yashodhag1581]

Thank u sir