Network Theory # 19 | Two Port Network | GATE ESE by Umesh Dhande Sir

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[@Golokbehari]

Awesome sir, ye reciprocal aur symmetrical ka concept ekdam next level wala hai 🙏

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Aise hi aur conceptual videos k liye follow krte rahiye.

[@shubhamgoel4690]

Great lecture sir Can't wait for transient and Sir Power electronics and control both subjects from you sir only plzzzz.

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Share it with your friends as well ❤️

[@abhaypandey1645]

amazing lecture sir ap ke wajah se mai fir se gate preparation ke liye dedicated hau hu thankyou sir😍🥰🥰

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Your most welcome dear! Keep working hard for your future endeavours.❤

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thank you so much dhande sir and gate academy 😍

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Welcome dear ❤️

[@Dev-nr2xd]

thank you sir for this lecture.

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Welcome dear ❤️ Many more to come

[@monikachauhan6862]

Thanku sir ,,,, superb lecture ....:) :) :)

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Great lecture sir Amazing ❤️❤️🙏🙏🙏

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Thanks dear ❤️ Keep learning

[@avijitdutta7353]

Thank u sir for ur great classes. Sir can u please arrange classes on laplace transform in network analysis..

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[@saurabhchandra4470]

Thank you sir ❤️❤️🙏 can't wait for transient sir ❤️❤️

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Stay tuned.. Many more to come ❤️

[@SachinPatel-fu4gp]

6:47 pe sir voltmeter ke across current zero Kaise hui

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[@srinivasam830]

It does not have resistance thus v is 0

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Very very thanks to provide Free class

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Thank you so much ❤️❤️❤️ Sir

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Thank you sir ❤️❤️❤️❤️❤️❤️🙏❤️🙏🙏❤️❤️🙏❤️

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Sir ...plz...,PLC scada ......pdha digiye ..... 🙏🙏🙏

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Thank you sir... ✌😍✌😍✌😍

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THANKS sir ji.

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thank you sir

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Most Welcome Dear ❤

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Katai zeher 😍😍😘😘

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[@suryapalsingh6587]

thank you❤❤❤❤❤❤ sir

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Welcome dear ❤️

[@harshpandey364]

Sir for z parameter i1 and i2 should be independent but here i1and i2 dependent so there should be z parameters infinit please clear my dought sir 🙏🙏🙏🙏

[@srinivasam830]

They are independent

[@srinivasam830]

- is present

[@gate_academy]

You raise a valid point regarding the independence of \( i_1 \) and \( i_2 \) in relation to the \( z \) parameter. If \( i_1 \) and \( i_2 \) are indeed dependent, it does affect the behavior of the \( z \) parameter. In scenarios where the inputs are dependent, the parameter space can indeed lead to infinite values for \( z \). Could you clarify which specific context or model you're referring to? This will help in providing a more precise explanation and addressing your doubts.

[@shreyapatel2210]

Thanku sir✌✌

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[@hirock2454]

could you please explain what is the significance of z parameter matrix =0?

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[@VikashKumar-ws7bf]

love U Sir 💗💗💗💗💓💗💗💗💓💗💗💓💗💗💓💗💗💓

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Love you too dear ❤️

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Love u sirrrr 💓🖤💓🖤💓🖤💓🙏🏽🙏🏽🙏🏽🙏🏽

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Love you sir ji

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[@hardiklavania1085]

Sir u told that in h-parameter h12=-h21 but in this video 1 question u have solved that is h12 which is 3 != h21 which is -1 can you please justify the reason in comment box.

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[@srinivasam830]

It's non reciprocal thus h12 not equal minus h21

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Thank you

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[@rohitnimje9]

sir, -I2/I1 =2/1 kaise aya (minus sign kaise aya)

[@rohitnimje9]

got it sir, IL = -I2, thats why minus sign was there

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best

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Amazing lecture sir❤️❤️

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Thank u sir 🤗.

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Thank you so much sir....

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awesome lectures sir

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thank you sir❤❤

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Thanku sir 😍

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Keep learning ❤️

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