🔴 ZENER DIODE as Voltage Regulator || Semiconductor - 11 || in HINDI
HTML-код
- Опубликовано: 5 сен 2024
- In this Physics video in Hindi for class 12 we explained, with diagram, how Zener diode is used as voltage regulator.
Click here to visit the playlist on this chapter
• Physics 12th : Semicon...
Other related videos
🔴 ZENER DIODE
• 🔴 ZENER DIODE || Semic...
🔴 p-n Junction Diode (Part 1) || Depletion Region | Barrier Potential
• p-n Junction Diode (Pa...
🔴 p-n Junction Diode (Part 2) || Forward Bias | Reverse Bias
• p-n Junction Diode (Pa...
🔴 Intrinsic Semiconductor
• 🔴 Intrinsic Semiconduc...
🔴 Extrinsic Semiconductor
• 🔴 Extrinsic Semiconduc...
He knows physics concepts you can rely on him... He doesnt share bookish knowledge in a bookish way... Thankyou very much sir...
true ....
Yaaa
I would say best on RUclips
Diode reverse biased me kyu lgaya h?
@@satyamraajora8194 zener diode always operate in reverse biased
Zener diode is like father
Not let the pressure to come on other family members
😂😂😂sahi pakre
@@xavierhood8165 😂
Wha bhai kya example deya 🤟
Its resistor who is dropping voltage not zener diode
@Casio Bands Sasta tareeka to gain likes
I read zener diode regulator many times from books but didnt get how it works still I got marks.. Now m thinking marks can't decide knowledge after this watching this video...thank you so much sir.. You are giving new life to student in field of physics! 🙏
Once u read h c verma ur concept will be clear I m sure.
I m really impressed your technical knowledge. Allah bless to you. THANKS
Good approach sis
I am serving in Indian navy and I am from electrical branch... After 1 month a promotion test will be held, and most of the syllabus is electrical physics. I went through book but I was unable to understand zener diode. But thank u sir for your hard work, it makes very easy for me to understand zener diode ane how it can be used. Thank u again sir🥰, lots of love from Defence
Physics ko toh bekar me badnam hai,Agar acche teacher se paradho toh you will find it very easy, thank you sir,😊
12th ka course khatam hone ke baadh se eak playlist QUANTUM MECHANICS ka Sir..
Haan bhai
Aman bhai,
Yes.
Maine Q.M. ko adhura chhor diya tha 12th ke karan.
March se Q.M. EduPoint pe fir se shuru hoga from Schoedinger Eqn.
Sirf Q.M......
@@edupoint.physics yes
@@edupoint.physics Sir Thank you so much
Sir power supply banana shikhna h
Powerful tarik se, high voltage per bhi jal na
Possible h
Pls share contact number
AGAIN! SIR JI TUSSI GREAT HO( WHAT A "CHIMTI" EXAMPLE)🤯🤯🧟
U r a role model.....A teacher must hv teaching accent n ethics like you Sir!!!!!!!
I love your teaching skill, Sir. Very helpful. I was struggling. Now, things are pretty clear. Big Thank You! Big Big Thank You!
I never really liked story telling examples as a method of teaching but man this video was incredible really helped me a lot.
sir you have given such a good example that it is very difficult to forget the concept...
Sir I have become fan of your explanation.. Thank you
Thanks sir ,i m now 11 class but this video is really beneficial.Thanks again sir , you are best faculty of physics
Sir, accept my Pranam. You are my Guru. Truly every lecture is excellent
Like Virat Kohli
I am compelled to write this comment!!!! what an explanation wowwww
I had an exam the day before yesterday n this question came.. But I learned this diagram in a different book n also saw your video. But I could not remember the diagram that I had learned in the exam and I remembered the diagram that I saw in your video. thank you sir for the great explanation that's why I remember everything.😭🙏
His physics concept is much better then physics wallah...one day students know its value..bolte h jo jitna upar jaata h jab wo girta h to chote bhi utni lagti h jaise physics wallah..
Sir, I love your channel❤ and teaching❤❤❤❤
Because you explain difficult topics like fairy tales,
we don't feel pressure like JEE NEET in your teaching.
Topic Starting with example is very impressive.
Teacher ho to aapke jaisa jisko concept actual mein samgh aata ho... Aur bahut ache se samjha sake😃
Sir this is the best vedio on youtube on zener diode
Itna achha se itne asaani se kaise padha lete ho sir!! You are such an inspiration ❤️
Excellent . Very clear. Now I can teach students to solve IIT Main Exam problems.
Sir,zener diode cannot regulate the voltage through the led since it is in parallel.So,here what is its role ?resistor plays the major role.Please reply sir 🙏
Yes sir, and wouldn't the potential be same on both the zener diode and LED because they are in parallel connection?
SIR 11:40 KO AAP BOLTE HAIN KI RERSISTANCE KE KARAN VOLTAGE DROP PARALLEL PAR 3V HI RAHEGA TOH PHIR HAMME ZENER DIODE KI ZARURAT HI KYON HAM SIRF RESISTANCE CHANGE KAR DETE HAIN TAKI LED JALTA RAHE AND AGAR ACROSS LED 3V RAHEGA TOH HUM VO DIODE REMOVE KAR DETE HAIN KYON CIRCUIT KO COMPLEX BANA RAHE HAIN
Zener doid regulates current (i) and to suply only 3v we can only
adjust current bcz resistance remains constant
Mera bhi same doubt h
Sir i am from tripura..i am studying in bsc physics honours..your video is most useful for students..your voice is amazing that means your voice is very clear..sir i want some video about astrophysics..and some videos about some topic of bsc level..i am not satisfied with video of another channels
Sir mujhe aaj tak electronics ka koi aisa teacher nhi mila.Thank u so much sir
he does show bookish knowldge but in his own way
excelllent way of teaching .....
hats off sir
हम सभी के सम्मानिया और मनपसंद भौतिक शास्त्र के शिक्षक आप के पढ़ाने का तरीक़ा बहुत अच्छा है और जो भी उदहारण लेते है वो बहुत मजेदार होता है जिससे आसानी से समझ में आ जाता है। आपका बहुत बहुत धन्यवाद ।आप सभी मित्र यदि इस बात से सहमत है तो लाइक और कमेंट करे।
Sir your teaching is so good
Your channel is the best education channel all over the youtube
Sir, very nice explanation
10 baar padhkar bhi jo samz mein na aye wo apne 10 min me samza diya thx sir
True
best explanation ,, very helpful ,,, thanks ........
Sir if 3V is required in output but instantaneous 1V input is coming , then it will give output as 1V. I mean zener is helping only in removing excess voltage at the load but not increasing it when it is less than required? I mean it's not regulating the voltage but only decreasing the excess voltage according to your explanation.
I think LED will off now for this state
I had similar doubt
The ans is "NO".
I have same doubt
No ...this led is working upto 3v..not only on 3v
Aap ko padhane ka tarika gajab hai ek hi bar men samajh aa jata hai you are great sir
This man is a gem
first time I understood how actually zener diode works as a voltage regulator.... thanks a ton sir
you are fabulous kya padhya hai i have never learned in this way, hats off and wish your great success
*Sir jb resistor hi extra voltage ko rok leta hai to diode ki kya jaroort hai fir ??*
Aap ki mahima aparampaar hai guru dev.. 🙏🙏🌻🌻
you are really good teacher.
cricketer example is fit on zenor diode
Sir,i think you are the best teacher of physics.your videos very very helpful for me of semiconductor.you really make understand me the mechanism of semiconductor.very very thanks sir.
agr resistor ne hi voltage drop krna hai to hm zeener diode q lagatay hain?
kia zeener diode sirf current ko control krnay k lea lagaya gia hai
nice question???
Sahi farmaye ho
Mujhe bhi yahi doubt hai
Same mghe doubt h
Are yar mujhe bhi
Sr ap jaisa to teacher hi nahi hay duniya ame😍😍😍😍 i love you sr.... 😘
I really need physics teacher like you.
😕😕😕
Very clear explanation.
Badhiya sir
areee sirrr kya explanation waaaaaaaaahhhhhhh!!!!!!
this intricate level of explanation and vast knowledge is highly appreciated....you deserve sooo much
Thank you very much sir.❤😊
Video bahut acchi thi sir aapki video dekh kr polytechnic 2nd samester ka ECD nikal gya sir
Drawing skill is great👍👏😊
Bahut itaminan se samjhate h sir aap Clear krte hue. Happy to find u🙂
Thanks sir☺️
Sir you are the best explainer 👍👍👍👍👍👍👍👍👍👍
Sir agar resister se 3v ka voltage drop ho jata hai to fir 3v hi milega led ko
Fir ZENER ka use kya hua..?
Please clear my doubt...... 🙏
Sir you are Sachin of physics
Thank you💖 soo much sir for such videos. 🙏🙏
Namaste ,
Please it will be very very helpful if you illustrate the theory with practical electronics circuit board 🙏
Your examples are quite relatable sir
Thanks sir your example amazing
Best way of learning
Yes
Bhut achha tha sir ji
Wowwwwwww sir....I have become ur Zabara Fan
Thank you sir 🙏🏻☺️
He is just genius at his consept
Sir aap sare concept ko bhut km time me easily smjha dete ho.... Thanks sir
He can teach the hardest topic of physics very smoothly....❤️
Thanks sir
Your voice is amazing sir and nice explaination 👍
Thank you so much sir.. for the clarity of concepts this channel gives, it is extremely underrated.. it should have atleast 5M subs if not more
a lots of confusion and conceptual calarity comes after watching your videos and my brain finally have some peace .... thanku sir
Sir aap aise hi ache video s banate rahna thanks sir
great video as always sir..helped so much
Thank You So Much Sir, Very Beautifully and Greatly Explained Sir. ❤
the best thing about your videos is that you give deep knowledge in short time....to the point explaination....thank you sir..
नमस्ते सर 🙏🙏, बहुत अच्छा लगा आपका वीडियो... आप बहुत अच्छा समझाते हैं।
धन्यवाद सर🙏🙏🙏
Yes
Sir please exam ke lia ak sample question ka tayari kardegia
Namste sir ,please make a video on peak inverse voltage.
You a great genius person 🙂🙂
Really the example made the concept quite easy...and in whole lecture it was the main thing to focus..
Mind blowing explaination sir
सर आपने बहोत मस्त तरीके से समझाया और समझ भी आया लेकिन मेरा एक सवाल है जैसे के हम resistor लगा रहे है ताकि वोल्टेज drop हो तो क्या resister भी ज्यादा ओह्म का लगाना पड़ेगा ?
When source gives less than 3V I.e. in case 1 then due to resistance drop will be there . Then how the bulb will glow ? And what would be the magnitude of the resistance?
In case of 3v no resistance will be offered and the led will glow but most probably led will fused zener diode helps in regulating the voltage or u can also understand it as a special type resistor which converts voltage according to the required voltage of the led
It was only for visualization , practically your tv , frigde cannot operate within 220V (approx ) like they operate at nearly 200V thus the output cannot fluctuate that much like u vo get 180V in your home and that's how it regulates...
same thing is in my mind .... for first case why there's not any potential drop?
@@Knowledge_n_factz may be the resistance value is very small..and also the current value is small....but in the second case the current value is very large so as to have a large potional drop🙄
fantastic explanation sir, thq so much
Osam.... it's very useful for students... thank you very much sirr ❤️❤️
Really sir u make everything easy and comfortable...interesting...thank u sir❤🎉🎉🎉😊
Sir can you please tell if it is the Resistance or the Zener diode that saves the LED bulb from damage?
Because you said that if the Voltage exceeds 3V, it will destroy the LED bulb. But, the Zener diode only controls the flow of current, NOT the Voltage.
So can you please explain me this phenomenon once again?
Nice explaintion 💓💓💓💓
Very helpful thanks sir.🙏🙏
thank you for explaining so nicely sir .
Bohot sim0le language mai samjhaya... bohot pasand aaya bohot...!!!
Sir aapne case 2 m btaya ki input dc voltage 6 ho to resistance 3 volt drop kr dega or output 3 volt hogi
Fir ye bataiye ki zener ka kya roll rah gya vaha pr fir to humko uski jarurat he nhi h
Keval resistance se he hamara kaam chal raha h
Really awesome explanation thanks
@EduPoint Sir this video was undoubtedly amazing as usual...but Please sir Quantum Mechanics of Bsc and Solid State Physics par video jald hi banaye sir...Its a humble request!!! By the way, THANK YOU SO MUCH FOR SPREADING KNOWLEDGE FOR FREE. WE ALL OWE YOU SIR FOR OUR LIFETIME WHICH IS NOT PAYABLE.
Ur teaching style is awesome 👍
I loved it ..
classic and superb explenation
So helpful to understand thank u very much☺
Sir muje kuch nahi aata tha bas ratta lagata tha but aapke chanal pai video dekh k mere concept clear ho gaye😊thank you sir
Sir ...dil se thq 🙂
Thx a lot
Explanation level ++++++