What are electronics 2:30 Energy Bands 4:11 Types of Energy Bands 7:08 Electron hole 11:23 Intrinsic Semiconductor 17:44 Extrinsic Semiconductor 22:34 Semiconductor diode(p-n junction) 36:01 Forward Bias & Reverse Bias 47:05 p-n junction as half wave rectifier 1:03:00 p-n junction as full wave rectifier 1:09:27 correct it guys at 44:50 barrier potential for germanium(ge) is 0.3V not 0.2V, silicon is correct i.e. 0.7V
00:02 Understanding semiconductor electronics and energy bands 02:23 Semiconductor electronics involves controlled flow of electrons in electronic devices. 06:55 Energy bands in solids define the behavior of electrons 09:14 Semiconductors have varying energy gaps 13:50 Semiconductors behave like conductors with increased temperature 16:08 Semiconductor physics and electron behavior. 20:26 Heating breaks silicon bonds, creating free charge carriers 22:38 Semiconductors have conductivity due to added impurity and doping process. 26:41 Doping in semiconductor affects charge carrier density. 28:50 Semiconductor Electronics in 75 Minutes 33:02 P Type Semiconductor and Acceptors 35:19 Explanation of P type semiconductor and PN junction diode formation 39:27 Understanding the behavior of electron holes and electrons 41:09 Depletion region and barrier field explained 45:17 Barrier energy and electric field in semiconductor physics 47:13 PN Junction behavior in forward bias 50:56 Semiconductor electronics explained via electron-hole flow in a circuit with external electric field. 52:53 Depletion region widens due to external field 56:34 Semiconductor behavior under reverse bias 58:30 Breakdown voltage explained 1:02:52 PN Junction Diode used as a rectifier for converting AC to DC 1:04:39 Forward bias and reverse bias of a diode 1:08:14 Explanation of full wave rectifier in semiconductor electronics. 1:10:11 Discussion on the operation of a full wave rectifier. 1:13:53 Revision mind map for quick chapter review
i really want him as our one shot teacher. mujhe oneshot nhi are h smjh jese mujhe mindmaps aye h he teaches really well in comparison to other physics teacher
Dear sir just because of you I was able to answer few questions regarding this chapter only which were asked by someone who is very close to my heart ❣️
Not me learning/ tryna understand this chapter for the first time (last month study prep. lol) bt still understanding every concept clearly nd also checking the theoretical parts from the ncert visa versa cuz ofc first time going through this chapter in only 1hrs is unbelievable bt dayum every thing is covered nd properly explained....>>>>>> Also for those u haven't ever went through this chapter nd want one shot vdo of lesser time doooo watch itttttttttttt it's best explanation nd is enough for board exam theoretically........literally this explanation vdo is life saviour**>>>>>>>>
thankyou very much sir sab samjh mai agaya sir , ap sir mind map series revision lecture humesha lihiyega sir bhot accchi journey thi starting se end tkkk thankyou sir kal exam hai sir tq sir for supporting
Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤
The barrier potential of the "Germanium" diode is 0.3 V. The barrier potential of the "Germanium" diode is 0.3 V. The barrier potential of the "Germanium" diode is 0.3 V. The barrier potential of the "Germanium" diode is 0.3 V.
Sir agr hm pure semiconductor me pentavalent element ki jagah hexavalent element dal de to or jada conductivity bad jayegi kyuki uski bajah se jada electron free ho jayenge . Mera question h ki pentavalent ki jgh hexavalent elements dal skte h kya pureconductor me
sur thankyou so muchh ... nshut videos dekhe h mainw but you explained very well and i aso easily solved ncert ques although i watched videos before but i couldn't attempt the ques thank you 😊
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0->90%+ chapter clear
Thanks a lot sir❤
Sir i wanted the notes but the batch registration has ended
So I am unable to enroll it
But batch is valid till 1 April
Sir note ka mile ga
❤️ Thankyou so much sir
@@a24heenakunwar72same problem 😢😢
What are electronics 2:30
Energy Bands 4:11
Types of Energy Bands 7:08
Electron hole 11:23
Intrinsic Semiconductor 17:44
Extrinsic Semiconductor 22:34
Semiconductor diode(p-n junction) 36:01
Forward Bias & Reverse Bias 47:05
p-n junction as half wave rectifier 1:03:00
p-n junction as full wave rectifier 1:09:27
:D
thanks man this helped me to check whether all the topics are present in the video or not according to the reduced syllabus!
@@harshhh9914Bhai photo diode nhi hai woh deleted hai kya ?
@@raghvendrasingh402 yes
yes
@@raghvendrasingh402
Ha@@raghvendrasingh402
What are electronics 2:30
Energy Bands 4:11
Types of Energy Bands 7:08
Electron hole 11:23
Intrinsic Semiconductor 17:44
Extrinsic Semiconductor 22:34
Semiconductor diode(p-n junction) 36:01
Forward Bias & Reverse Bias 47:05
p-n junction as half wave rectifier 1:03:00
p-n junction as full wave rectifier 1:09:27
correct it guys at 44:50 barrier potential for germanium(ge) is 0.3V not 0.2V, silicon is correct i.e. 0.7V
Bhai ye enough h ?? Is chapter ko samjhne ke liye ??
@@hunny71more than enough hai ye
@@hunny71 han bhai enough hai. bas question dekh lena is chapter ka aur current electricity, ray optics ka ye 3 ch bahut imp hai
Who is watching for 04/03/2024?
Mai😅
mai 😅😅
Mai
🙋🏻♀️
Zener diode , optoelectronic junction devices nhi ha kya in syllabus of boards 2024
2x me bhi slow kyo lg rha🥲
(Oh exam to kl hi hai 😭😭)
Kesa eha exam
@@Bruhluckyie mat pucho🥲(fail)
@@tarun_chaudhary bhai result kiya aaya physics ka
@@syedmuzkanahmed4000 pass ho gya waise, yayyyyy😁😁😁😁
@@tarun_chaudhary bhai kuch tips dedo bhut weak ho physics may
I m doing self study snd stuck in some chapters! But this Channel and Especially Sir help me a lot to clear my Concepts . Thanks A Lot Sir ❤☺️.
00:02 Understanding semiconductor electronics and energy bands
02:23 Semiconductor electronics involves controlled flow of electrons in electronic devices.
06:55 Energy bands in solids define the behavior of electrons
09:14 Semiconductors have varying energy gaps
13:50 Semiconductors behave like conductors with increased temperature
16:08 Semiconductor physics and electron behavior.
20:26 Heating breaks silicon bonds, creating free charge carriers
22:38 Semiconductors have conductivity due to added impurity and doping process.
26:41 Doping in semiconductor affects charge carrier density.
28:50 Semiconductor Electronics in 75 Minutes
33:02 P Type Semiconductor and Acceptors
35:19 Explanation of P type semiconductor and PN junction diode formation
39:27 Understanding the behavior of electron holes and electrons
41:09 Depletion region and barrier field explained
45:17 Barrier energy and electric field in semiconductor physics
47:13 PN Junction behavior in forward bias
50:56 Semiconductor electronics explained via electron-hole flow in a circuit with external electric field.
52:53 Depletion region widens due to external field
56:34 Semiconductor behavior under reverse bias
58:30 Breakdown voltage explained
1:02:52 PN Junction Diode used as a rectifier for converting AC to DC
1:04:39 Forward bias and reverse bias of a diode
1:08:14 Explanation of full wave rectifier in semiconductor electronics.
1:10:11 Discussion on the operation of a full wave rectifier.
1:13:53 Revision mind map for quick chapter review
Who's watching today.??😢
Kis kis ke fati padi hai
Physics exam....😢
Tujhe
Who is watching on 3 march 2024
Bhoi bhoi
@@arpityadav6982 💀💀 padhai hori bohot bayankar
@@uzumakikrishna9510 haa bhai ekdm 2 ghante pahale start kiya hu bhai
Ha turant start kiya hu😢😊
At 11:52 pm ☠️
Started now from last 😅
us
Us
Only two days left😢..for 4/3/2024
😢
1😅
i really want him as our one shot teacher. mujhe oneshot nhi are h smjh jese mujhe mindmaps aye h
he teaches really well in comparison to other physics teacher
Yes
Whose Watching this Lecture for Board on dated 04/03/24
Mind-blowing.....way of teaching is very very very very awesome 🙏🏻
Loved this series❤ thank you so much sir ❤️
Thanks for this lecture but sir ye to abhi batch me bhi na padhaya😮
If we only see this lecture only while avoiding the batch lecture it is goood ????😮😮😮😮
Bhaii kaunsa batch le rkha hai tumnee ????
@@ffunstoppable1921 parishram
Kon se state mein
@@Kaif.saifi017 gujarat
get this teacher an award
#03/03/2024
#4:23am
A day before exam ❤
Gg
@@rudrarajput908 good luck bro!
all the best for tomorrow everyone
expection for 55/70
will come back again after result and will share the obtained marks
All the best bro
Bhai kitne marks aaye
@@metricthinker183934/70
@@metricthinker1839 32/70
59/100
Bhot dukh hua bhai bhot mehnat ki thi
@@thegaminghub5776 koi ni bhai hota hai
Seeing this chp for the first time 🥲😭
Exam se kuch ghanto pehle😪👍
Bhai 12 ghante pahle pad raha hu .
Top to main hi karunga🥷😎
9 ghante phle
Jara apna Mask batna
Last day 12:50 2023-24 batch
Me at 5:55 AM on 4 March 2024 trying to cover whole syllabus 😅
Bhai kha se ho
@@Globemaster-bd8qo Sitamarhi, Bihar
Ohh 😮 soye nhi aj tm ?
Dear sir just because of you I was able to answer few questions regarding this chapter only which were asked by someone who is very close to my heart ❣️
This series was very helpful to me
Very nicely taught.
Agr kisi ko notes chahiye toh sir jada tar notes Xamidea book se bnate hai , bcoz mere pass xamidea hai or baki chapters k bhi same hi hai . 😊
Can you share your notes please
at 44:50 barrier potential for germanium(ge) is 0.3V not 0.2V, silicon is correct i.e. 0.7V
Wrong
2023-24 batch like here 👇🏻
Photodiode ayega board me?
@@Magversee nahi but dekh lena bharosa nahi hain
Legends starting now
Bhai yaar hm chood dange padhai puri raat nhi jaga ja skta hmse 😭😭😭
Amazing sir you are the most favourite teacher ever ❤❤
Not me learning/ tryna understand this chapter for the first time (last month study prep. lol) bt still understanding every concept clearly nd also checking the theoretical parts from the ncert visa versa cuz ofc first time going through this chapter in only 1hrs is unbelievable bt dayum every thing is covered nd properly explained....>>>>>>
Also for those u haven't ever went through this chapter nd want one shot vdo of lesser time doooo watch itttttttttttt it's best explanation nd is enough for board exam theoretically........literally this explanation vdo is life saviour**>>>>>>>>
Parso hi h :)
Best Lecture Before any exam ❤
I must say most underrated teacher of physics❤.
The best shot lecture of Semiconductors ever 💯💯I have seen amazing short crisp and very well explained💥💥 fantastic 🙏🙏
I am watching on 3/02/2024 first time in whole year 🎊
Me to
🙋
Who's last chapter is first chapter😅
Kya mst padhaya sir ne any one can watch whether he has done this before or not 😊
Who is watching after 7th July 2024
Loved The Lecture ❤
All mindmaps lectures of yours is just amazing and your explaination is just super duper. Thank you sir its help me alot.
Anyone from Lakshay??✈️✈️
👇
Yrr Mr sir eta nhi bataye the na
I am waiting for this lecture thank you so much sir for this amazing one shot ❤
So cute 🥰
Thank you sir... 😭🫶
thankyou very much sir sab samjh mai agaya sir , ap sir mind map series revision lecture humesha lihiyega sir bhot accchi journey thi starting se end tkkk thankyou sir kal exam hai sir tq sir for supporting
Behtriin teacher 🎉
Lecture was awesome , just like one shot every point covered , thanku so much sir
Bro ye kafi h n....boards ke liye please btao ?????.........
Aur ye kon se board ka h bro??
Haa lekin baad mai notes aur book padh lena
Cbse@@keshavsingh0
Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤ thank you so much sir ❤Loved this series❤
From Parishram 🖤
Best series ever on ncert wallah 🫡
Bro is just awesome 🥶
Who has never read this before can also watch this
Best one shot
Best teacher ❤ love you sir ❤
thank you sir for uploading this lecture on time.
actually tomorrow is my monthly test.
lavanya from parishram 1.0
Do u have the pdf of this session
One of the best one shot I have seen ❤
Thankyou sir 🙏🏻
100 percent cleared🙃
Do u have the pdf of this session
Best lecture sir mind blowing explanation mind blowing words mind blowing everything means mind blowing 😅
बहुत बहुत धन्यवाद गुरु जी 🙏🏻😊
Kis kis ko physics se dar lag raha hai
Isc ki easy Hai 😅
Me a lot
Best teacher 😊
Who watchig on 03/03/2024 ❤❤
Abhi to 03 march 2024 aaya bhi nhi🙂
Who is watching this on 2nd of November?
47:01 pe jo electric field ki value hai vo germanium or silicon ki vo volt per cm honi chahiye
The best one shot everrrrr fr! 🥳👍🏻👍🏻
got my board exam tommorow and watchung this in 2X speed..
50:52 ❤chirping of birds❤
23:40 It will be 13 and 15 group instead of third and fifth group
The barrier potential of the "Germanium" diode is 0.3 V.
The barrier potential of the "Germanium" diode is 0.3 V.
The barrier potential of the "Germanium" diode is 0.3 V.
The barrier potential of the "Germanium" diode is 0.3 V.
thanku you so much sir u r so great 😊
Nice content 😊
thank you so much sir very very nice series
Mission 04/03/24
Aagaye 3 din pehle padhne ke liye?🛌
O tum bhi ho ky ayhi pe😅
@NCERTWallah
I think sir the width of depletion layer will be 10^-6 meters not centimeter!....if I'm wrong then please correct me out!
Yss
Kal exam h
Ha Bhai kuch nhi pada
Same kuch ni padha h
Ek din pehele padh kar physics ka exam phod dunga 🗿🗿🗿
1 din bhi ni h
😊😅
aapse physics padate hai to bahut easy lagate ' aur bahut intersting bhi lagti hai sir aap bahut bahut bahut ..,,,... Accha padate ho
nice teaching sir
Sir agr hm pure semiconductor me pentavalent element ki jagah hexavalent element dal de to or jada conductivity bad jayegi kyuki uski bajah se jada electron free ho jayenge . Mera question h ki pentavalent ki jgh hexavalent elements dal skte h kya pureconductor me
Nhi kyuki phir unka size bada ho jayega grp 14 k elements se
Umang doping possible when similar size like grp 13 in grp 14 or grp 15 in grp 14😊
Thanku so much sirr 🙏🏻🙏🏻😌❤️
Agar aaj tum apne dream ke liye nahi bhage to kal tumhe apne zarurat ke liye bhag na padega
Bhai thik se padh le bhaje nhi hota hai bhage hota hai😅😅😅
@@manjiyadav8733 thank you
sur thankyou so muchh ... nshut videos dekhe h mainw but you explained very well and i aso easily solved ncert ques although i watched videos before but i couldn't attempt the ques
thank you 😊
@@kashishsahu373 noo
same here
2:30
The barrier potential of the "Germanium" diode is 0.3 V.
The barrier potential of the "Germanium" diode is 0.3 V.
Bhai 7 bjne wale h
Bhai 2 baj gye hai
Bhai 12 baj gye hai
Starting now😢😅
Why is no one teaching Digital Electronics and Logic Gates?
Not in syallabus
U can see this lecture to revise the full chapter very nicely
Really this series is helpful , and more and more theory and formulas explain in this series , Really Amazing.. Thankyou sir ...
Done sir parishram batch ❣️❣️
Mast lecture hai bhai
Padhlo bhul Nehi paoge😇
Today 8 July 2024 😊
Who is watching on 4th March?
😅
Thanks sir yahi lecture dhund rha tha mai ❤
1 hr pahly dekh rha huu
Pehli baar khola chapter
Sir Barriers Potential of Germanium 0.3V hoge 45:18
Who is preparing for 4/03/2024 board👇🏻🧐
Course hogya
I❤😊
Kyu ni ho rehai pedhai 😅
🥹❤️ itna acha lecture ❤️ best physics teacher ❤