Transfer Function of Armature Controlled DC SERVOMOTOR(WITH ANIMATION)

[@HappyHappy-pw1gb]

very good sir your teaching style like this is so much good thenk u for this class

[@ahmedimtiaz9739]

Very well explained! Love from Bangladesh

[@Ganesh-cd5gw]

Amazing Explanation sir !
Thank you for your efforts ,Time saving and Very helpful for my coming mid term

[@jaldianderlemeko5095]

Last minute saviour🛐🤲

[@devisrivadisala2962]

Tq sir clearly explained and time saving

[@alecanson9957]

Pro trick: you can watch series on flixzone. Been using them for watching a lot of movies these days.

[@enzodavid4632]

@Alec Anson yea, been using Flixzone} for since november myself =)

[@gollaaparna7434]

Mind blowing explanation 👏

[@athantiyaswaanth3952]

It is clearly understand sir thank you

[@aanandkumar9740]

Best explanation ❤❤❤❤❤

[@nidhinbabu6930]

Sir you make it very simple... 🥰😍keep going sir... 🥰

[@saiteja2997]

Wowww suppper explained sir lv u sir

[@Mahmil]

Best Explanation ever!

[@shadanakhtar1437]

Sir Aapka Explanation Mast Hota Hota Hai Very Nice Maine Kai Video Dekha You Tube Pe But Your Video is Very Easy &Please Make This in Hindi Language Content Will Be in English Chalega Byt language should be in English &Make More Video on Control Stem &Other Subjects Thanks Sir You are Best Teacher

[@shiwangipriya4572]

You explained very well..👌

[@DigitalBlackboard]

Thanks a lot

[@anuradhakolli4118]

It's awesome and easily understandable

[@G_Rakesh]

Simply excellent 👌

[@shadanakhtar1437]

I Love This Explanation I Really Given Value to your work

[@mazenrizvi1614]

u r the maaan bro...thnx alot

[@digvijayjadhav7731]

Very good video thanks for this

[@susmitamondal3035]

👍 it's really helpful

[@y4akshay569]

Thankyou ✨️

[@VinayVinay-nb5mb]

Sir your explanation is good, you will make vedio on transfer function of field control

[@annieevangelene3363]

Impressive, Thank you for your efforts!!!

[@pratikzende8389]

Hii

[@user-uv4hr4ev2p]

Thank you so muchhh

[@rajibdas5574]

Prodigiously explained

[@billesreenivas8764]

Audio is not comfortable but explanation is super

[@bharatratnesh3332]

Thank you sir

[@sonsofgod4826]

Excellent 👏👏👌👌

[@samsonogeka807]

Thanks sir

[@altuber99_athlete]

At around 2:32, there's a mistake in the equation you typed. In the s-domain, an inductor's impedance is s·L. But you only put L, you forgot to multiply times s.

[@kavinravanan6789]

He corrected at last😁

[@VigneshVs-ov8yv]

Sir can u find transfer function of armature controlled dc shunt motor current as input and torque as output

[@Mahmil]

Please add one more point... with the disturbance load... calculate TF

[@titanusgojira8875]

Is the transfer function of servo motor and stepper motor is same??

[@o.l.6964]

great video, bot at 4:20 i cannot understand what is f representing...replayed many times, but still cannot hear what it is. can someone help me? :)

[@DigitalBlackboard]

f is representing damper

[@phalanx877]

Sir i want you make all topic of controll system video

[@madhusudhanreddychencharap4881]

the voltge induced for inductor is Ldi/dt just correct the lecture

[@DigitalBlackboard]

Yes its in time domain .. but as It is written in s domain it is Ia(s)*LaS

[@willowillotech7029]

CRYSTAL CLEAR

[@shadanakhtar1437]

Sir Resistor ka Laplace Nahi lia but La ka laplace Las how sir

[@DigitalBlackboard]

Resistor does not depend on frequency ... isliye uska laplace nahi lena ... inductor frequency dependant hai isliye uska laplace liya

[@shadanakhtar1437]

Okkk Sir Thank You Very Much

[@VinayVinay-nb5mb]

Sir I will collect the vedio

[@lagansharma3141]

Mai diploma engineer hu mujhe ghanta bhi samajh nhi aaya. Kya saare diploma engineer aise hi hote hai😢😢😢😂😂

[@vivekop3152]

Exam ?? 🤣

[@vaibhavagale1582]

not for the beginners. sounds more like ratta.

[@mana_vehicle_garage7576]

Modda

[@mana_vehicle_garage7576]

Thankyou soo much sir