This channel covers all the topics in Electrical Engineering. 1)Electric circuits 2)Field Theory 3) Electrical & Electronics Measurements 4) Control system 5) power system analysis
This video gives clear explanations of all subject in a easy way. The students those who are going to prepare for competetive exams, it is very useful.
I have uploaded the MATLAB/ simulink programs for DC circuits
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How to remember Force-Voltage Analogy| Force-Current Analogy |very very Simple Explanation!!! ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-RQgKO8_a7PY.html
In section 1 , isn't Vbase on high voltage side of T1 is missing , How did you put 138 over there?138Kv is the value on low voltage side of transformer T1, I didn't get that point
For T1 the voltage in the high voltage side is 138kV ; low voltage side voltage is 20kV. Transmission line voltage is 138kV . Therefore the the equation to calculate the voltage in the base of section 1 is
this is the proper explanation i have been searching for past 7 years. Usually, teachers just gives the formule and leaves the class, but unless they show the complete procedure (as you show up here) concepts dosent builds up. A great great great thanks to you.
miss pranam my name is asutosh electrical engineering student from odisha . i want to learn one control system topic from u if u dont mind can u please miss help me . Maam can i get ur mail id or whatsapp no to contact u please maam
Nice video but I have to mention you made alot of mistakes when inserting your value into the y-bus matrix's. E.g y12 has already been given a value of -j3 according to d bus network u drew then y21 should be equal to -y12 i.e y21 = -y12 then d value of y21 shld be y21 = -(-j3) = j3 not -j3 . Then inserting this into the y-bus matrix since d off-diagonals have been assigned a -ve value thus d col of -y21 shld be -(j3) which equals -j3. Please sir/ma review your video