00:17 Induction machine construction focuses on stator and rotor designs. 02:07 Induction machine rotor poles critical for torque generation. 05:09 Induction motor winding types and characteristics explained. 06:57 Induction motors use a star-connected rotor configuration. 10:41 Explains rotor configuration and external resistance in induction motors. 12:28 Improving power factor and speed control in induction machines. 15:51 Induction motor construction differences in starting and running conditions. 17:41 Induction motors have unique construction features affecting performance. 21:26 Various motor applications and speed relationships are crucial for understanding induction machines. 23:03 Understanding induction machine operation through numerical expressions. 25:49 Induction machine operation explained through rotor speed and slip concepts. 27:25 Induction machine construction principles and magnetic field effects. 30:33 Understanding the relationship between electrical frequency and machine speed. 32:19 Induction motor rotor frequency differs from transformer frequency. 35:34 Induction machine rotor construction and magnetic field dynamics. 37:31 Understanding rotor speed in induction machines using analogies. 40:39 Understanding rotor orientation in magnetic fields of induction machines. 42:08 Understanding the speed relation in induction machines.
Sir, In case of SRIM air gap is more which means Reluctance should be high which results in less leakage flux but according to you In case of the SRIM air gap is more and leakage flux increases. Please explain
bro same doubt i have..kahi pr increase h kahi decrese... Reluctance more hai toh more mmf so, more flux... but reluctance more h toh leakage flux is less acc. to (¢=mmf/reluctance)
Sir aap likhaye hai ki due to more air gap more leakage flux and hence less torque is produced as compare to SCIM To table me aap starting torque SCIM me less aur SRIM me more kyu likhaye????? Please help anyone
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Awesome 🎉
This is the best video for an electrical Engineers 💥💥🚀🚀🌌🌌
thanks for giving your important time and knowledge💯📖📚📝 for free
Thanku sr very helpful thanks a lot sr
00:17 Induction machine construction focuses on stator and rotor designs.
02:07 Induction machine rotor poles critical for torque generation.
05:09 Induction motor winding types and characteristics explained.
06:57 Induction motors use a star-connected rotor configuration.
10:41 Explains rotor configuration and external resistance in induction motors.
12:28 Improving power factor and speed control in induction machines.
15:51 Induction motor construction differences in starting and running conditions.
17:41 Induction motors have unique construction features affecting performance.
21:26 Various motor applications and speed relationships are crucial for understanding induction machines.
23:03 Understanding induction machine operation through numerical expressions.
25:49 Induction machine operation explained through rotor speed and slip concepts.
27:25 Induction machine construction principles and magnetic field effects.
30:33 Understanding the relationship between electrical frequency and machine speed.
32:19 Induction motor rotor frequency differs from transformer frequency.
35:34 Induction machine rotor construction and magnetic field dynamics.
37:31 Understanding rotor speed in induction machines using analogies.
40:39 Understanding rotor orientation in magnetic fields of induction machines.
42:08 Understanding the speed relation in induction machines.
Thank you sir for this valuable lecture.
respected sir you are the best teacher in india
Very good explanation ,sir.
Thank you sir❤
দাদা ধন্যবাদ 🥰
Thank you sir jii😁
Sir, In case of SRIM air gap is more which means Reluctance should be high which results in less leakage flux but according to you In case of the SRIM air gap is more and leakage flux increases. Please explain
Koi baat nhi mistake ho jati h thodi si ....but you are right.
bro same doubt i have..kahi pr increase h kahi decrese...
Reluctance more hai toh more mmf so, more flux...
but reluctance more h toh leakage flux is less acc. to (¢=mmf/reluctance)
are leakage flux ko tu main flux mat samz
jab air gap jayda hoga to leakage to jyada hoga na!! and reluctance bhi...ar jyada leakage main flux ko reduce kr dega...
@@shreyajain277 bilkul right
Sir please publish all remaining books for EE gate. Sir please reply to this
Thank you so much sir 🙏🙏
Thanks a lot sir
thank u sir
sir plz mic use kijiye speaker me sound kam ata hain
Sir aap likhaye hai ki due to more air gap more leakage flux and hence less torque is produced as compare to SCIM
To table me aap starting torque SCIM me less aur SRIM me more kyu likhaye?????
Please help anyone
Ha had considered external resistance in that case. Due to external resistance slip ring IM has high st torque as compared to cage.
Jab hum ek star connected motor padte he numerical me to kya matlab hota satar connected rotor or starter
manish shukla stator
Ankit Sir, plz question practice k liye koi book refer kr dijiye????
electrical machine by ankit goyal kr ke book aati h
le lo amazone pe available h
Sr class chlne ki timing kya hai notification nhi ata sir plz help me
Manmeet kumar Maurya 7 am to 9 am
@@KreatryxEE_EC_IN thanku so much sr
गीलहरी motor 😹
Sir aap ek bhi numerical nahi karate hai i.e. a big disadvantages of you. Because Gate exam is based on numerical not only theory.
Yes sir i totally agree!! your lectures are very well explained sir!!so we want numerical problems lectures too..
Thank you sir