Hello sir ... I know q axis inductance and d axis inductance flux linkage and stator resistance can I draw a equivalent circuit of the motor ...please help me to solve this..
usually turns ratio is the terminology used in transformers = N1 (# turns in primary)/ N2 *# turns in secondary) . It is used to find the secondary winding parameters R2', X2'... In Induction motor X2' is assumed to be equal to X1 and R2' = (X2'+Xm/Xm)2 * R.
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the clarity of explanation is just insane.
This video is too good. The best in terms of explaining the theory.
You're very good explaining, thank you for the video!
Really Nice and informative videos. Thank you very much...!!
Nice sir. Waiting for upcoming videos... Great..
Thank you sir ... Ill upload it soon sir..
Good explanation keep it up sir
Nice initiative Siddharthan.
Thank you!
epic one.
really appreciate it! but a little confused as to why core losses in stator are taken in parallel to magnetic flux ? why not in series ??
Hello sir ... I know q axis inductance and d axis inductance flux linkage and stator resistance can I draw a equivalent circuit of the motor ...please help me to solve this..
I have been reading about pump and the rotor resistir is analogous yo the impeller diameter
question?, how to know the squirrel cag ratio, can you explain to me. thanks
usually turns ratio is the terminology used in transformers = N1 (# turns in primary)/ N2 *# turns in secondary) . It is used to find the secondary winding parameters R2', X2'... In Induction motor X2' is assumed to be equal to X1 and R2' = (X2'+Xm/Xm)2 * R.