Flux Linkage of one Conductor in a group of Conductors |Basics of Inductance in Transmission lines

An important and basic concept for finding the Inductance of all three phase lines.

[@sonujujjuvarapu1013]

Excellent explanation sir

[@DileepKumar-vg8qu]

Nice explanation good

[@champakdaas]

nice explanation sir

[@wolf_gamer_100]

Upload inductance of single phase system

[@maradonayt2657]

It's helpful sir

[@saibalaji1285]

it is very good vedio sir keep going on

[@MrRavindraprasad]

Ok Balaji thanks

[@sudhirkumarsahoo9825]

Nice explain sir tq sir

[@muhammadyunus9381]

Sir at time 3:39 i did not understand the point of that" the sum of all current must be equal to zero"

[@MrRavindraprasad]

Consider this group of conductors as three conductors 3-Phase System then the sum of currents in 3-Phase balanced system is equal to zero. Likewise for any phase balanced system the sum of currents must be equal to zero. Hence I have taken sum of currents as zero.

[@SethFaraz]

Best sir

[@Rohan-p3p]

Very well explained❤️❤️

[@wolf_gamer_100]

Upload more sir please🙏

[@sudhirkumarsahoo9825]

Sir plz send all notes of electrical transmission and distribution

[@mohabm3182]

Why did we solved lamda 1p1 as internal+external and lamda 1p2 as external only

[@MrRavindraprasad]

Because lambda1p1 is the total flux Linkage with conductor1 due to current through conductor 1 itself which consists of internal and external flux linkages. Where as remaining flux Linkages are only external flux Linkages.

[@mohabm3182]

How can i know when i use the external only and the internal+external

[@MrRavindraprasad]

See for conductor 1 , the conductors 2 ,3,4 _ _ _ n are external hence we have taken as external flux linkages.

[@mohabm3182]

Thanks i got it But another question please: I see that point p is external to conductor 1 , why didnt we use the external formula only for it?

[@MrRavindraprasad]

These are the total flux linkages with conductor 1 hence we used internal plus flux linkages to conductor1