Insulated Gate Bipolar Transistor (IGBT)

[@raunaktailor8749]

you have said that the leakage current is due to majority charge carrier..its wrong...leakage current is always due to minority charge carriers.....btw video is very helpful.........good work..!!

[@LEARNANDGROW]

YES YOU ARE RIGHT.WE WILL SHORTLY CORRECT THIS MISTAKE. AGAIN THANKS FOR YOUR PRECIOUS WORDS. WITH REGARDS LEARN AND GROW TEAM

[@dipaksharma4368]

SIMPLE EASY WAY OF EXPLANATION.... nice..

[@LEARNANDGROW]

Thank you With regards LEARN AND GROW

[@RohitRaj-qu2eh]

Thanx mam.very helpful this vidio and clear my doubts. Thanx

[@LEARNANDGROW]

Glad to help you

[@mohdimran3512]

Very good information thinks sister

[@LEARNANDGROW]

Glad to help you

[@muhammadrasab9916]

Igbt k gate pa Kia apply karain to switching Hoti hai?? Is ka relation voltage aur pwm say hai pr ma clear ni hun kindly clear kr dain

[@owaismansuri8831]

thankyou mam , i am more thankful to you than our college faculties :D

[@LEARNANDGROW]

Glad to help you and thanks for you word

[@debduttbhattachargee1814]

Simple & clear.. thank you!!

[@LEARNANDGROW]

Glad to help you

[@puredesi6278]

@@LEARNANDGROW hi mam mai sayed from Mumbai।। मै लिफ्ट कंप मे मैंटेनांस मे डिपार्टमेंट में काम करता है।। अपकी वीडियो देख कर बहुत सीखने मिलता है ।।मेरा problem यह है के हमारे लिफ्ट के कंट्रोल को igbt बार बार खराब हो जाती है ।। मै समझ नहीं पाता हू इसकी वजह किया है। Incoming voltages बराबर 420 volt ac hai ।। अगर आप igbt खराब होने के कारण बता सके तो मेहरबानी होगी।

[@be-51-sarveshshete44]

thenq u mam its really easy & helpful 4 me.. thanks alot learn & grow group

[@LEARNANDGROW]

GLAD TO HELP YOU

[@abinjoseph3087]

Please mention the playlist

[@mddanisheqbal3848]

thanks alots learn and grow groups

[@LEARNANDGROW]

Thanks for your words With regards LEARN AND GROW

[@sampurnoghoshal20]

why there are two n+ doping on p-type near emitter side,current is flowing using only one n+ region?

[@moizbmask4701]

Is there any tuition where u teach students...if yess then i would really like to join

[@LEARNANDGROW]

Sorry to say but we are teaching on this platform only Thanks

[@surendrakverma555]

Very good

[@LEARNANDGROW]

Thanks

[@ManojSingh-qi5tb]

Thanks mem....🙏🙏

[@LEARNANDGROW]

Glad to help you

[@SuryaEdits7]

Switching characteristics?

[@melodydotsundarrteluguvoca3923]

Best one

[@LEARNANDGROW]

Thanks for your words

[@papayawalivsliftwali9373]

Why threshold voltage is higher in silicon as compare to Germanium semiconductor ?

[@nandankumarray1207]

can you provide digital communications videos ?

[@nandankumarray1207]

thank u mam ,very helpful video

[@LEARNANDGROW]

Thank you for your words WITH REGARDS LEARN AND GROW

[@amarjeetsingh5414]

superb mam thanks

[@LEARNANDGROW]

Glad to help you

[@sadanandanaik1094]

well explained

[@LEARNANDGROW]

Thanks and glad to help you

[@cadcamdesigntutorials]

Thank you so much

[@LEARNANDGROW]

Glad to help you

[@PardeepLabVIEW]

Thanks mam ji

[@LEARNANDGROW]

GLAD TO HELP YOU

[@amarjeetsingh5414]

thanks mam pls make videos on distortion factor

[@LEARNANDGROW]

GLAD TO HELP YOU

[@tokolazedia8786]

nice...

[@LEARNANDGROW]

Thanks

[@neerarajauriya5157]

mam thanks god bless you

[@LEARNANDGROW]

THANK YOU SO MUCH With regards LEARN AND GROW

[@JasonRobards2]

Very clear video. Unfortunately as a non native speaker, very hard to follow the explanation.

[@valeriarios7630]

I have the same problem!!

[@CrazyMan-io1xc]

good one

[@LEARNANDGROW]

Thank you for your words With regards LEARN AND GROW

[@automationlearners1435]

Where is switching characteristic 😑😑

[@jugnu361]

wah

[@LEARNANDGROW]

Thank you