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Very very thankful to you mam.. In this situation of lockdown, your all videos are very helpful for our exams 😊😊👌
Thank you for your words
Thanks mam for your lecture I understand very easily
Ma'am you are awesome
Thanks for your words
Really thanks for that 😊....Explain very easily...❤️
Glad to help you
Mam why voltage across scr 3,4 will be zero before triggering of 1and 2
Very nice explanation mam
Is this single phase full bridge thyristor rectifier with R load and highly inductive load??? Plz tell me mam
Thank you
From Pie to pie+a T1 and T2 gets auto commutated mode due to R load....then How u can draw voltage across scr zero in bwn.
Because, the voltage across SCR is always zero value, when it is in on state or either off state.
Very nice mam you are great lady
Thanks u mamm 🙏🏻🙏🏻🙏🏻
Well explained Mam.
Nice Explanation
Thanks
Thanks mam I have no words to praise
Happy teachers day mam
Full wave power converter per bi video bna dijiye pls maim....
Show one vd Inductive load only
Lovely👌👏👏👏
Thanks and glad to help you
Thank you so much ma'an ..iska derivation kaise karenge
Good explanation
Thank you for your words and support
Thanks mam
Tnqu so muchh much much .....veru much
Which Transistor is used , TRIAC BT136
Mam derivation of voltage
Thank u very much
Thank you very much mam
Tanku so much madam
is this device and single phase fully controlled rectifier same???
No this is single phase fully bridge rectifier
thanku mam
Ma'am, the alpha angle is in which degree ??
It’s depend at which degree you want to trigger Thank you
@@LEARNANDGROW Thank you for your response
👍🏻
☺☺
mam single phase full converter ka inversion smjha dijiye plz mam
Thank you mam
Madam please upload a video about description of BJT I.e 5 or 7 marks type.....
BJT full explanation already available on our channel Thank you
Ty mam...
GLAD TO HELP YOU
Nice
Can we get the notes
Audio is not so good..
We are working on it for our new videos.Thanks
Nice..👌
Very very thankful to you mam.. In this situation of lockdown, your all videos are very helpful for our exams 😊😊👌
Thank you for your words
Thanks mam for your lecture I understand very easily
Ma'am you are awesome
Thanks for your words
Really thanks for that 😊....
Explain very easily...❤️
Glad to help you
Mam why voltage across scr 3,4 will be zero before triggering of 1and 2
Very nice explanation mam
Is this single phase full bridge thyristor rectifier with R load and highly inductive load???
Plz tell me mam
Thank you
From Pie to pie+a T1 and T2 gets auto commutated mode due to R load....then How u can draw voltage across scr zero in bwn.
Because, the voltage across SCR is always zero value, when it is in on state or either off state.
Very nice mam you are great lady
Thanks u mamm 🙏🏻🙏🏻🙏🏻
Glad to help you
Well explained Mam.
Glad to help you
Nice Explanation
Thanks
Thanks
Thanks
Thanks mam I have no words to praise
Glad to help you
Happy teachers day mam
Thanks for your words
Full wave power converter per bi video bna dijiye pls maim....
Show one vd Inductive load only
Lovely👌👏👏👏
Thanks and glad to help you
Thank you so much ma'an ..iska derivation kaise karenge
Good explanation
Thank you for your words and support
Thanks mam
Glad to help you
Tnqu so muchh much much .....veru much
Which Transistor is used , TRIAC BT136
Mam derivation of voltage
Thank u very much
Glad to help you
Thank you very much mam
Glad to help you
Tanku so much madam
Glad to help you
is this device and single phase fully controlled rectifier same???
No this is single phase fully bridge rectifier
thanku mam
Ma'am, the alpha angle is in which degree ??
It’s depend at which degree you want to trigger
Thank you
@@LEARNANDGROW Thank you for your response
👍🏻
Thanks
Thanks
☺☺
mam single phase full converter ka inversion smjha dijiye plz mam
Thank you mam
Glad to help you
Madam please upload a video about description of BJT I.e 5 or 7 marks type.....
BJT full explanation already available on our channel
Thank you
Thanks
Glad to help you
Ty mam...
GLAD TO HELP YOU
Nice
Thank you
Can we get the notes
Audio is not so good..
We are working on it for our new videos.
Thanks
Nice..👌
Thanks