h- parameters (Hybrid Parameters) Explained | Condition for Reciprocity and Symmetry

[@ALLABOUTELECTRONICS]

The timestamps for the different topics covered in the video: 0:21 h- Parameters of the Two-Port Network 5:56 The equivalent circuit of the two-port network in terms of the h -parameters 7:27 Condition for Reciprocity for h- Parameters 10:41 Condition for Symmetry for h- Parameters

[@poojashah6183]

This is the best video for h- parameters two port network analysis👌🏻👌🏻 amazing 👍🏻

[@rahuljangir7100]

please cover all ece topics........... you are better then our mnit teachers

[@riteshdas5107]

I am so sorry that only 17 people comments . Because , 🔥🔥🔥 that's a great awesome video

[@v.gcreation9766]

thank uh very much sir very nice explanation sir 😇

[@freethinkeraziz8893]

Why learn h parameters?

[@pavan3571]

Nice explanation 👍

[@Naughty-jq2gg]

Thank you so much🙏💕

[@sushmavalliboina5757]

Thank you sir!very useful to my semister exams

[@punityadav3062]

thank u sirr . helping a lot at peak time. lubb from ITI

[@rodericksibelius8472]

Well we have also S-Parameters in Microwaves, millimeter waves technology analysis.

[@factsbygirl]

🤩🤩

[@liron28]

so what are h-parameters?

[@surendrasaini3656]

Please make a video on re model of three configuration

[@williamsalame8669]

STUPIIIIDDDD

[@ppravishna3962]

Sir, can u express y-parameters in terms of h, ABCD and z parameters

[@ALLABOUTELECTRONICS]

Yes, Some day I will cover the conversion of one parameter into another one.

[@ppravishna3962]

@@ALLABOUTELECTRONICS ok sir 👍

[@HimanshuSingh-kc1vv]

Giving Dc supply how can you talk about impedance it should be resistance

[@HayaAnidoa]

Go on

[@pavankalyan6865]

Could you explain why V1 and i2 are called dependent variables

[@mnada72]

So is h_fe of the transistor the same as h_21 in the 2 port network? Are you planning to make a video about inverse hybrid parameters ?

[@ALLABOUTELECTRONICS]

Yes, for CE configuration hfe = h21. Yes, I will make a video on the inverse hybrid parameter, but won't be able to give you the exact timeframe. But certainly will make a video on it.

[@mnada72]

@@ALLABOUTELECTRONICS Thank you , I am organizing most of your videos in a play list in my channel for studying.

[@bunnytheweebster]

3 years passed Sir, still could not find your Inverse Hybrid video @@ALLABOUTELECTRONICS

[@abhraniljana5972]

Thank u sir

[@educationalpurpose3130]

How open wavion web page or router setup page

[@gajananchaudhary1180]

Please sir make video on how to check siemens igbt and mitsubishi igbt

[@sriganesh5384]

What is z?

[@educationalpurpose3130]

Also make vd about wavion wifi if you have power

[@varshiniarunkumar5643]

Sir I have a doubt,how can you write V1 as h11i1+h12v2.I mean how can we write that?Can you please explain?

[@michelebianchi7861]

good first ten minutes, you lost me at the end..

[@eswarabhi999]

π parameters

[@rashmikumari9434]

How we find that h12V2 is a dependent source element in equivalent circuit ??

[@ALLABOUTELECTRONICS]

Because V2 is the voltage on the output side. On the input side, there could be only two parameters V1 and I1. It shows that it has a dependency on the output side. Since we are applying KVL, the unit of the source has to be a voltage source, that's why it is a voltage-controlled voltage source. I hope it will lear your doubt.

[@williamsalame8669]

FUSTTOFFFFALLLLLLLLL

[@GauravGupta-pb8mk]

Thank you sir

[@uyyalajanakeswari8044]

Thank you sir