Classification of Electrical Network

This video is about the Classification of the electrical network.

The electrical network broadly can be classified in five different categories.

This classification is based on the properties of the circuit element which are connected in the electrical network and the response of the network to different inputs or excitations.

The classification of the electrical network is as follows:

0:56 1.Active and passive network

2:06 2. Unilateral and Bilateral network

3:08 3. Lumped and Distributed network

4:05 4. Linear and Non-linear network

6:59 5. Time invariant and Time variant network

This video will be helpful to all the students of science and engineering in understanding the Classification of the Electrical Network.

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[sangeethatatineni]

I am an Indian Student from USA. I do follow all your videos of circuit analysis cuz they are easily understandable. They helped me a lot. Thanks. Good Job 👏

[roshankumaryadav]

this video was very very important for me because it clears my many doubt and the way of explaining was very

thankyou sir

[neeravsingla]

Great video. Superb explanation of concept in short amount of time.

[ManishYadav-gxce]

best video, keep it up and thanks for uploading.

[bhanusriboddeda]

If a network follow homogeneity principle of superposition than we can say it can also follow additivity property also or not.
And thanks for easy and understandable explanation.

[AshishGupta-ytqz]

Good manner to easily explain the concept

[fashionjewelry]

Also explain the flow of current directions when there is 3 loops in kvl

[ManishYadav-gxce]

in fact you are an saviour, thanks again

[RAHUDAS]

I have one doubt, regarding active and passive elements. According to your definitions L and C is passive because they delivered energy for finite amount of time. Is it correct.?? According to my understanding they are passive bcoz L and C deliver what they absorb. That means some external source pumps up energy for first half of cycle and they release it in other half. They can not supply or amplify power as battery or transistor does.

[alokthebosss]

THANKS FOR VIDEO AND SUCH A SUPERB EXPLNTSN ...!! EASILY COMPREHENSIBLE ..

[Kasarapu]

Thanks man you made every topic in a easy way how to contact you for any doubts

[rohanhajare]

Can tell me examples of linear and non linear parameters?

[arifromIITKGP]

Linear circuit obeys principle of superposition . Then it should have minimum two independent sources ... So how can this circuit with just one independent source can be linear circuit ??

[-ghouse]

Plz upload a video about millimans and nortons theorems

[RAHUDAS]

For time invariant network if in put is E(t-T) then response should be R(t-T) not R(t).