Signal flow graph and Mason's gain formula | Thakar Ki Pathshala

[@RANJITHA-r7g]

good explaination ....THANKS❣❣❣

[@malithpriyankara5891]

thanks.... helpful. simple understand

[@muhammadwaqar]

excellent sir best explained

[@780Harshavardhan]

Perfectly explained without wasting time in 6 min Very Nice 😄 get going

[@ThakarKiPathshala]

Our new video is out for Routh Hurwitz Stability Criterion Introduction Click here and check it out Link :- th-cam.com/video/FaIN_VvM0lo/w-d-xo.html

[@arpitkumar007]

Do you have a series on lectures for the full syllabus of controls in GATE ECE paper??

[@Testingtech100k]

Excellent

[@sailesh7674]

good one

[@shivendrakumar4852]

Well explained, but while calculating delta ,there will be -(minus) sign before last term (G1G2G4H3H1) ..

[@agconway7]

very clear and concise, thank you

[@ThakarKiPathshala]

+Andrew Conway It's my pleasure that this video helped you. and thanks for your support.

[@musicx2521]

i understand very well from this video.

[@freerunner1508]

Thanks from Turkey...

[@ThakarKiPathshala]

Your thank you is received in India : ) . Have a nice day.

[@rushikeshpatel4233]

Good explanation sir👍

[@tricksguru7883]

super ...
tnq sir

[@ThakarKiPathshala]

Thanks for your kind words tricks guru.

[@jineshbalakrishnan9083]

thanks...class was super

[@akhilmenon7824]

perfect explanation sir, it was very helpful.

[@rishabhbhatti8783]

comprehensive and helpful!

[@ThakarKiPathshala]

+Rishabh Bhatti Thank you for watching video and sharing your thoughts with me. Stay tuned lots of videos coming in near future. Have a great day.

[@guitarwithpoulami4324]

Thank you so much sir....😊explanation was good...👌

[@tanmaydhali8923]

nice video....please made more

[@ThakarKiPathshala]

Thanks Tanmay.

[@adithyakanthraj2813]

thanks a lot. it was very informative. concise.

[@tanyabarnwal2061]

Very much helpful.

[@neeharikavinjamuri1945]

tq vry much it hlpd me a lot fr solving these models..

[@uralik2882]

G2 G3 G4 -H1 -H2 Is also an loop?

[@nikeepagatpat3900]

THE ANONYMOUS Yes its a loop

[@rakesh_antaru]

That's not a loop, it's two loops next to each other. A loop can't touch itself. Here, point between g3 and g4 is being touched in your case. Which means a loop can't be formed.

[@shahvezalvi6538]

Very nice video

[@malaikaashfaq-fl7vb]

can anyone tell me why he only mentioned only one
non touching loop?

[@GayathriYegireddi_26]

Super tq sir

[@prabhatgautam3017]

Sir, nicely explain

[@ThakarKiPathshala]

Thanks prabhat gautam.

[@arpitkumar007]

Thanks, very well explained!

[@mohitr305]

Thank you so much for this video. Helped me a lot. Looking forward to more informative videos. Keep up the good work!

[@ThakarKiPathshala]

Thank You Mohit for watching this video. And it's my pleasure that you are liking my work. Stay tuned there are ton of educational videos coming in near future and if you want to learn more about signal flow graph with three non touching loops then certainly look at linked video Link:- th-cam.com/video/GfREJpUJTKo/w-d-xo.html . Have a great day

[@mohitr305]

+Thakar Ki Pathshala Thank you! :)

[@ishanpatel7042]

What is p1 and p2 in the final formula?

[@ThakarKiPathshala]

Ishan Patel P1 & P2 are gain of forward path. Watch video again I have mentioned this at 0.55. Hope you have got your answer. Stay connected for more updates. Have a nice day.

[@iyazchhaya2258]

how to decide to two non touching loops ?

[@rooster443]

Their nodes are non touching

[@rishabh5217]

consider loops 1-2-3-4-5 here, 1 and 2 are touching each other thats why they aren't non touching loops but 1, 3, 5 all these loops dont touch each other at all thats why they are non touching loop

[@abidullah91]

well explained

[@ThakarKiPathshala]

Thanks dear for encouragement. Have a nice day.

[@mounikalakshmi6417]

Sir please upload conversion of block diagram to Singal flow graph

[@emanal-shehri1701]

thank you very much

[@ThakarKiPathshala]

It's my pleasure Eman Alshehri you have liked my work. Stay tuned for more updates. Have a good day,

[@souravmandal7527]

where did you find P1 AND P2

[@ThakarKiPathshala]

thanks sourav mandal for sharing your query. Just watch this video between 00.42 to 01.23 you will get all your answers.

[@simonerogato3779]

G2 G3 G4 -H1 -H2 should also be a LOOP, am I wrong?

[@POPO-od8jb]

It stopped from being loop when terminated at -H1

[@aiwernchong4243]

Thank you very much!!Even better that my lecturers explanation lol xD

[@ThakarKiPathshala]

Thanks Aiwern Chong.

[@madhurjyabezbaruah5703]

what about Root Locus?

[@ThakarKiPathshala]

It's my pleasure Madhurjya Bezbaruah that you have liked my work. Keep learning. If my schedule will allow me then i will definitely make a video on the topic that you have suggested. Stay tuned for more updates. Have a good day,

[@SheerazSiraj]

bhai root locus pe video banao paper h 2 din baaad yr

[@ThakarKiPathshala]

Thank you Sheeraz Siraj for watching and commenting on the video but I am extremely sorry that it is not possible to make a video in the 2 days because I am also going through some busy schedule and making a video generally takes 3 to 4 days for me if I work 3 hour per day. Once again sorry for that.

[@SheerazSiraj]

yr tou phr kb tk daaloge video aap ?

[@ThakarKiPathshala]

May be 20 to 25 days.

[@wonderland3897]

Thank-you sir

[@datvuong7420]

ok, I understand the steps but can someone explain why this method is true ??

[@MrPetisebok]

but isn't g5 a parallel not a loop?

[@ThakarKiPathshala]

Thank you muhammad nurharith for watching this video and sharing your concern with us G5 is just a gain of that path the loop consisting G5 is L4 loop watch video at 1.50 you will solve your doubt if not then feel free to ask anytime. Have a good day.

[@eeekhutinati5938]

thx man :D

[@ThakarKiPathshala]

+Fazley Rabbi Thanks for your support.

[@Swapnaliee]

👍

[@yogeshmalokar4370]

didn't understand....as no arrow... what's going on?...... which loop ...😅😅😅😅

[@surajpanigrahi6540]

Well explained

[@gowripawar5413]

Thank u sir