Thanks maam i have a question one primary source and one secondary source current is given to a load, It runs generally on primary source current, which component or circuit change the source current from primary to secondary instantly as the primary current source loses power?
Honestly, i really don't like this explanation-it completely skips over the mechanism of how the thyristors commutate. What will cause the current to change its path from T1T2 to T3T4? Thyristor will remain open as long as there is current flowing through it. The thyristor won't close just because another branch received an firing impulse
explaination went nicely without breaks , thank you mam
Exalent explaination mam❣️
TQ so much
Thank you for making this ❤
Madam if possible u have to do videos in power semiconductor drives subject also mam
Thanks maam i have a question
one primary source and one secondary source current is given to a load, It runs generally on primary source current, which component or circuit change the source current from primary to secondary instantly as the primary current source loses power?
Nice class miss
Excellent dear. Can you tell me why you have chosen Capacitor load? What happened if you choose R load?
Why voltage at load is not Current * Resistor?
Dc-dc chopper koodi explain cheyyumo miss
Honestly, i really don't like this explanation-it completely skips over the mechanism of how the thyristors commutate. What will cause the current to change its path from T1T2 to T3T4? Thyristor will remain open as long as there is current flowing through it. The thyristor won't close just because another branch received an firing impulse
Mam vsi how many modes 120 and 180 aha
Yes
could you share your notes
Single phase madam