Y−Parameters (or) Admittance Parameters

[@gourabkalita4538]

Handwriting awesome.... Speech Awesome... U r amazing sir... I learned so much 4m yr lectures.. Thnx u

[@saineyjatta6962]

i will say thanks once again, the knowledge i obtain from your lectures is not to say excellent but highly valued, and am really impressed about it.

[@pawanmishra9342]

Very clear and systematic, I just have to watch the playlist and all the syllabus is covered.

[@AL_Mahdi4]

Brother, can you link the lectures?

[@studyAR]

I learnt very much from you...Sir please come live once, i want to see you. THANK YOU

[@deepikavarma9695]

Really very awesome sir.. I don't know the topic. But after listening ur lecture I felt very easily... Thank you sir for sharing your talent sir... All the best for ur future sir... 👍👍👍

[@mitrasen2295]

Thanks you sir It has been made a habit to watch your lecture so interesting lecture 🥰🥰🥰😊🥰😊🥰😊🥰🥰😊🥰😊🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏 you r great sir

[@AL_Mahdi4]

Can you link the lectures on KZbin?

[@le-239b.rohitha7]

Tq neso academy its really helping me a lot.... 🙏

[@somanathtalekar1434]

Very nice sir, thanks for teaching in very simple words and wonderful way🤗🤗💯💐👍

[@prityrajsingh6727]

nicely explained and Thankyou.Sir can you please explain advantage and disadvantage of different parameters?

[@aachalgupta2986]

Great explanation Very easy to understand the concept Great work 👍

[@prityrajsingh6727]

Sir Thankyou and sir can you please define how it will be decided that which source should be dependent and which should independent?

[@getubekele8855]

I have no word to thanks you sir🙏

[@soar_hub]

Thank you sir for your lessons!

[@fridaypeters9011]

Sir your video is so helpful thanks alot. Can you please help solve this? The source frequency in both tests was 500Hz. determine the Y parameters and draw the equivalent circuit at this frequency

[@vivekkumarbharti6633]

watch video at x1.5

[@varunb7761]

once also try in x0.25 !!!!!!!!sooo funny

[@getubekele8855]

the 3rd name is #Short-Circuit Parameters

[@kunnu_4]

12:26 / 12:41

[@shreyaskulkarni6910]

Farishta for engineers 💫💫🙏🏻

[@BarakaBlanka]

You are awesome! I finally understand this!

[@muhammadhammadsarwar698]

why we choose v1 and v2 as independent variables and i1 and i2 to be the dependent variables ? same is my question for the z parameters that why we choose i1 and i2 to indep vars and v1 and v2 to be the dep vars?

[@waqasmansoor7657]

extra ordinary sir

[@anishwooradi]

Thank you so much sir ❤️

[@umeshchoudhary1424]

Great explanation 👌👌🙏🙏

[@seetaramyadav4456]

Thank you so much sir

[@mamathaborigam9866]

Nice explanation sir.super and tq sir

[@dalvirsahu9798]

ok sir

[@electronicsengineeringfund1400]

Sir u the best

[@gokulramakrishnan4079]

sir what is the difference in analyzing the network using these (Z and Y ) parameters.

[@karishmapandey1068]

U r legend sir😊😊

[@akulasivakumari9917]

Tq so much sir

[@sonusambharwal8828]

Best sir..

[@nitishkumarprajapati6096]

Thanks Sir😃😃

[@UDRamya-px7jq]

How we consider v1 as input parameter and I2 as output parameter?

[@ShreyasBharadwaj]

Watch in 1.5x

[@alokkumar-nx1dq]

Mast class sir

[@inhdungho9509]

I love you really much

[@rahuldwivedi6245]

Nice

[@ShivaKumar-cn3ex]

Sir take the gate problems and solve sir on z parameters

[@liron28]

what's the difference between H-parameters and Y-parameters?

[@sakhawathossain8167]

please tell me about this application. What is the name of this?

[@sasikumartangala5001]

Sir please tell how the loop Equation is formed

[@zahraamahmood5980]

I solved the homework and see that (a)is the correct option

[@AL_Mahdi4]

Can you link the lectures on KZbin?

[@mohanvamsi1180]

Sir, what is the form of writing an impedance i.e; Z=something that can be written so what is tha something and how can that be written?

[@banavathrahul66]

Nuse

[@syedismail1849]

🔥🔥🔥🔥

[@soumyagurlahosur4455]

Hii

[@Cirodman]

👌

[@gayathrireddy1940]

Sirrrrr plzz I want duality ...concept

[@happyharsha2422]

Sir why short not open ckt at v1 and v2???

[@starkendeavours7072]

Potential at an end 0 means, the Circuit has been shorted.

[@s.m.senses7199]

🙏❣

[@dalvirsahu9798]

Sir apki voice bahut kam h

[@vishalshukla4269]

😂😂😂 Sahi Hai Sir Modulated and normal speed.

[@ARUNKUMAR-iy7ti]

😍😍😍😍😍😍😍😘😘😘😘😘😘😘😘😘😍😍😍😍😍

[@UECAshutoshKumar]

Thank you sir

[@KVDJGAMING]

Thank you sir.