DC LOAD LINE AND OPERATING POINT OF TRANSISTOR || DC LOAD LINE || Q POINT || OPERATING POINT | NOTES

[@pankajphysicsgulati]

My " SILVER PLAY BUTTON UNBOXING " VIDEO ************************************************ kzbin.info/www/bejne/i4azhHWearOgibc

[@dhruvnainwal8457]

This man is awesome , a lot of DU students are taking a relief from online classes just by watching your 20 min video

[@pankajphysicsgulati]

God bless you dear Keep making us proud

[@mahakgaur8330]

@@pankajphysicsgulati Thank you so much sir for such a great content.

[@aleeizhere]

Sir what a precise and accurate explanation of a topic which is not elaborated enough in books for student to understand. You did a great job explaining it in a summarized manner.

[@pankajphysicsgulati]

May Allah bless you dear

[@tishathapar6900]

Thankuu so much sir 😊You are the best physics teacher in the world

[@pankajphysicsgulati]

Welcome beta God bless you

[@vishal9722]

sir you are greatest teacher, how easily you have explained the topic and also give the proper notes. Thank you so much Sir! God bless you.

[@pankajphysicsgulati]

Welcome beta

[@ayush7281]

Unstoppable sir ekdum superfast series'..i watch your 3 3 video's daily...it covers all my syllabus ❤️ regularly

[@pankajphysicsgulati]

All the best dear

[@AnujSingh-us1se]

Thank you soo much sir. Your videos are really helpfull. I had completed my 2nd physics syllabus due to ypur videos and now in 3rd year i am watching your videos... Once again thank you sir....

[@pankajphysicsgulati]

Welcome dear God bless you

[@prathmeshsingh9699]

Such difficult topic explained so smoothly

[@pankajphysicsgulati]

God bless you

[@JyotiSharma-ex9vu]

Sir apki videos bhut helpful h thank you so much sir for providing video

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Welcome beta God bless you

[@amarswami377]

Nice explanation sir ji. 🙏🙏

[@pankajphysicsgulati]

God bless you

[@star-jb5gn]

Thank you so much sir,, tomorrow is my presentation on this topic I was not able to understand it, now it is absolutely clear thanks a lot

[@pankajphysicsgulati]

Welcome beta All the best for PRESENTATION

[@devilmachine.490]

Sir,,,, you are the best teacher of physics

[@pankajphysicsgulati]

God bless you

[@goyat2015]

Best explanation guru jii🙏☺

[@pankajphysicsgulati]

God bless you

[@goyat2015]

Thank you sir ji🙏🍂

[@bankingcontestentsatyam5794]

Thnx sir making this much needed video..

[@pankajphysicsgulati]

Welcome dear

[@rajeshkumarsahu6662]

Thank you very much sir.😊❤सब कुछ clearly samajh aa gya sir.

[@pankajphysicsgulati]

God bless you

[@deepanshu_the_student]

Sir your videos contain brilliant explanation of hard topics. Thanks a lot sir. 💞❤💞❤💞

[@pankajphysicsgulati]

Welcome dear God bless you

[@geetusuthar5382]

Hlo sir good morning And thankuuuu sir jiiiiiiii...aap bhot achaaaa smjhate hoooo

[@pankajphysicsgulati]

Welcome ji

[@AbhiJeet-tr7fe]

thankuu sirr for this beautiful lecture ♥️

[@pankajphysicsgulati]

Welcome dear God bless you

[@Explorationofnature]

Indian no.1 teacher

[@pankajphysicsgulati]

God bless you

[@bhandarikavya]

😃😃😃 good job sir

[@pankajphysicsgulati]

God bless you beta

[@sakshigailwar6777]

Much much needed video 😃thank u sir 🙌

[@pankajphysicsgulati]

Welcome beta

[@nabinkumarpidikaka5695]

Sir u r super amazing in the way u teach.....❤️❤️

[@pankajphysicsgulati]

Keep shining dear

[@ankurmalakar7803]

Excellent explaination sir ji😊

[@pankajphysicsgulati]

THANKS dear

[@mohitthakral2210]

Thanku sir for giving such a beautiful lecture🙏🙏🙏🙏

[@pankajphysicsgulati]

Welcome dear

[@sumanlata5815]

Very helpful 👍

[@pankajphysicsgulati]

God bless you beta

[@sahilchalia1487]

Thank you sir aap bhut ache se smjhate h🙏

[@pankajphysicsgulati]

Welcome dear

[@exactly20k]

As usual u rock sir....

[@pankajphysicsgulati]

Keep making us proud

[@khushisharma138]

Sir aap ese hi lectures upload krte rhie ....it helps a lot 🙏🏻

[@pankajphysicsgulati]

God bless you beta

[@sk707g]

I watching your videos and prepare for physics exam... Thank you sir

[@pankajphysicsgulati]

God bless you

[@shortvideotreasure9444]

Very very helpfull lecture 🙏🙏🙏🙏🙏

[@pankajphysicsgulati]

My pleasure dear Keep making us proud

[@muskankadyan9339]

thanku sirji for this osm video☺️you are the best teacher

[@pankajphysicsgulati]

Welcome Muskan

[@noormiddha255]

Yuuu arre great sirrrrrrr❤

[@pankajphysicsgulati]

God bless you

[@ashim1656]

Your video are too awesome sir 🙏

[@pankajphysicsgulati]

God bless you

[@nidhi0921]

Best explanation 💯 thankyou sir 🌸

[@pankajphysicsgulati]

Welcome beta

[@shortvideotreasure9444]

One of the best lecture

[@pankajphysicsgulati]

God bless you dear

[@ImranKhan-lh3qo]

Love from Bangladesh .Sir

[@pankajphysicsgulati]

May Allah protect you from evil eyes dear

[@SunnySingh-ck5ot]

Thankuuu soo much sir🙏🙏🙏 😍😍... U are great👍👏👏

[@pankajphysicsgulati]

Welcome dear Share this video with your friends

[@madhavdua1246]

Thankyou so much Sir. You made this topic super easy

[@pankajphysicsgulati]

Welcome dear God bless you

[@AK-zero_Er]

Sir duper hit sir 🎗 I love from bihar✍

[@pankajphysicsgulati]

God bless you dear Keep making us proud

[@vibhasaroha3058]

Thankew sir.. For such a beautiful lecture 😊

[@pankajphysicsgulati]

Welcome Vibha

[@diksha6860]

Thankww sir for giving this clear explanation😀

[@pankajphysicsgulati]

Welcome dear God bless you

[@priyanshubhasker3587]

great teacher 🙏🏻🙏🏻🙏🏻.

[@pankajphysicsgulati]

God bless you Keep shining

[@mathsbysandysirkumar7787]

Sir u r the best teacher ...and pls make video on inverse beta decay

[@pankajphysicsgulati]

THANKS dear

[@subhalaxmisahoo9170]

Thank you so much sir 🙏 for these videos

[@pankajphysicsgulati]

Welcome beta

[@purvivyas499]

Thanks sir for your wonderful lectures

[@pankajphysicsgulati]

Welcome God bless you

[@purvivyas499]

@@pankajphysicsgulati thank you sir

[@shufflex3360]

very helpful in my difficult times

[@pankajphysicsgulati]

God bless you

[@marotighodake2644]

Thank you sir 😘

[@pankajphysicsgulati]

God bless you

[@deepanshiranga9417]

Your videos are very helpful and easy to understand thank you so much sir but muje CRO p apki video nhi mil rhi agr Apne upload nhi ki h to plz upload it.

[@pankajphysicsgulati]

THANKS Deepanshi

[@deepanshiranga9417]

@@pankajphysicsgulati welcome 🙂 sir

[@sarthakrathor1416]

Sir I have doubt 3:21 collector to reverse bias ho gya but emmiter to negative se hi juda h to vo to forward bias hua na Please clear the doubt sir

[@electronicsgyan2390]

Collector ko hamesa reverse bias mein lagayenge. Collector aur emitter ko reverse bias mein lagayenge ye baat galat hai. Sirf ye dhyan dena hai ki collector reverse bias hai ki nhi.🙂

[@deekshamaurya5229]

Thank you alot sir...your videos really help me sir

[@pankajphysicsgulati]

Welcome beta

[@adityamahilane5709]

Nice👍

[@pankajphysicsgulati]

God bless you dear

[@preetidhanda916]

Biasing of fet and setting of Q point using load line.. Same topic h kya sir??

[@pankajphysicsgulati]

Beta ye BJT ke liye hai FET ke liye nahi

[@preetidhanda916]

Please is topic pe b video bnana sir please🙏

[@MANISHKUMAR-ld3zg]

Sir you are awesome 👏😊

[@pankajphysicsgulati]

God bless you dear

[@lifeliability_zone]

Osm sir jii

[@pankajphysicsgulati]

God bless you

[@luckychoudhary2598]

Sir msc physics electrodynamics ka syllabus bi start kra do ..... ur explaination n notesss are sooo damn good👌🏻

[@pankajphysicsgulati]

Beta PLZ check the playlist of ELECTRODYNAMICS All the best

[@beasthunter709]

Suprb sir 🙏🏻

[@pankajphysicsgulati]

THANKS

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Thanks Sirr🙏🙏🙏

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Welcome beta

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Thank you😀

[@pankajphysicsgulati]

Welcome dear Share this video with your friends

[@jyotirawat6284]

Thanks sir...sir please aap ek video class A , class B , class AB transistor classification pr bnaa dijiye ...

[@pankajphysicsgulati]

I will try beta

[@arhaanreshi735]

Thanku sir 🥰🥰

[@pankajphysicsgulati]

Welcome Keep shining

[@aditisharma6728]

Thank-you sir

[@pankajphysicsgulati]

Welcome beta

[@pari443]

12:35 16:28 20:30 23:50

[@pankajphysicsgulati]

God bless you beta

[@Rahul-tk7bv]

Sir please transistor baising topic mein bhi vedio banayenge

[@pankajphysicsgulati]

Dear is topic par video daal chuke hu PLZ check the playlist of SEMICONDUCTOR devices carefully

[@Me.amyyy123]

Sir on what factors does selection of operating point depends ?

[@educationgainer4341]

Good morning sir 🙏

[@pankajphysicsgulati]

Good morning beta

[@SagarSingh-xj6tt]

Thanks alot

[@pankajphysicsgulati]

Welcome dear God bless you

[@preeti2329]

Good video sir

[@rajeevsinha582]

kindly derive barrier potential and barrier width of a pn junction. deriviation. thank you

[@pankajphysicsgulati]

I will try dear

[@aradhanasahoo3106]

Thanks Sir ❤

[@pankajphysicsgulati]

Welcome beta God bless you

[@anshulbhalla2062]

Sir Please make a video on Transistor in self bias method.

[@pankajphysicsgulati]

Dear is topic par video hai PLZ check the playlist of " SEMICONDUCTOR devices " carefully

[@anshulbhalla2062]

Nahi sir sirf feed back resistor or Fixed bais par mili hai ispe nii mili

[@ashim1656]

Sir please make vidos on how to revise physics During exam period please

[@pankajphysicsgulati]

Keep making us proud

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Thank you sir

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Welcome dear

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Love from pakistan🌹

[@pankajphysicsgulati]

THANKS dear for your kind love May Allah bless you

[@amamuddin2676]

Ramzan Mubarak

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@@amamuddin2676 shukria🌹

[@hamzasaleem4706]

@@pankajphysicsgulati Sir i am doing Msc physics from punjab uni lahore pakistan. How can i find my topics

[@deepanshugurjar5742]

Explain Concept of load line and selection of operating point , question poucha jaye to sir ye likh de enough h na

[@pankajphysicsgulati]

Affcourse dear..definitely

[@deepanshugurjar5742]

Thanku sooo much sir ,it make my answer esay & perfect

[@luckychoudhary2598]

Sir plzzz make video on operational amplifier🙏🏼🙏🏼

[@pankajphysicsgulati]

I will try beta

[@varshajangra7467]

Sir plz plz alternating current pr bhi video bna do

[@pankajphysicsgulati]

I will try beta

[@noorfatima778]

Why is operating point in a transistor amplifier selected on the linear portion of the characteristics ? .sir.plz help in this question

[@pankajphysicsgulati]

Because only in that region input circuit is forward biased and output circuit is reversed bias

[@noorfatima778]

@@pankajphysicsgulati thanks sir 🙏🙏

[@danishzehenshorts2022]

Sir plz make a video on bias compensation methods.

[@pankajphysicsgulati]

Inshallah I will try

[@danishzehenshorts2022]

@@pankajphysicsgulati Sir parso exam hai....

[@arnabprince3075]

Sir agar questions m sirf Q point pucha toh hmlog ko yeh pura likhna hoga????plz reply

[@pankajphysicsgulati]

According to the MARKS dear

[@VasuVarma-dt8uuj]

🎉

[@pankajphysicsgulati]

God bless you

[@RajeshKumar-wr6dr]

Sir please upload transistor biasing nd method of transistor biasing topics

[@pankajphysicsgulati]

Beta SEMICONDUCTOR devices wali playlist check karo Usme daal di hai kabhi ki

[@jaatjaat3965]

Hlo sir plz make vdo on discharging of a capacitor through inductance and resistance plz sir 🙏🙏🙏

[@pankajphysicsgulati]

I will try dear

[@soubhikchattoraj7211]

Sir plz ac load line ke uper video banea na

[@pankajphysicsgulati]

I will try dear

[@sangitapaul9833]

Sir it was amazing, but sir, couldn't understand the sign we were taking during the application of KVL to determine output collector current!!

[@pankajphysicsgulati]

God bless you beta

[@preetidhanda916]

(Setting of Q point using load line.) .. Isko is tarike se b puch sakte h kya sir.. Ye topic same h kya... Sir

[@pankajphysicsgulati]

Same hai beta

[@preetidhanda916]

Thanku sir

[@preetidhanda916]

Thanku sir

[@ridheesingh7968]

Sir multistage amplifier

[@pankajphysicsgulati]

I will try

[@ridheesingh7968]

@@pankajphysicsgulati sir please jaldi

[@MDASLAM-ws3rh]

Sir load line analysis of transistors topics upload nhi kiye kya sirji

[@sridharchitta7321]

In the analysis of circuits that make use of resistors, diodes and transistors, it is necessary to determine the operating point (voltage and current) of the device connected in a network, which is made from devices whose parameters are known. It is often necessary to determine voltages between terminals of a network with no current flowing. Consider for example the network which consists of two resistors R1 (terminals marked A and B) and R2 (terminals marked C and D). Their ends (A and D) are connected to the positive and negative terminals respectively of a power supply of 12 V dc. The other ends of the resistors are left unconnected. Suppose that the resistors R1 and R2 are 10 ohms each. What will a voltmeter read if it is connected between terminals A and B? What will be the reading of a voltmeter connected between the terminals C and D ? What will be the reading of a voltmeter connected between the terminals B and C ? Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors, capacitors and inductors and how discussing these topics with a unified approach makes it easier to understand how there is a voltage of a single wire connected to one terminal of a battery watch these two videos i. kzbin.info/www/bejne/ioXXpWVul5aXj9E and ii. kzbin.info/www/bejne/bnO0fpKurJeFnNE The last frame References in video #1 lists two textbook 4 includes topics that discuss simple networks and the physical processes which causes the appearance of potential drops. Specifically, in Chapter 3 discussions of load line graphs both dc and ac and their use in fixing the operating points of devices such as resistors, diodes and transistors are included. We continue for now with a brief discussion of the cause of the voltages between the dofferent terminals of the network example in this post. When the network is made, electrons will enter the battery positive terminal and the potential of the resistor R1 would have been raised. The battery positive terminal, would drop in potential due to the neutralising action of the few electrons, but then its chemical action will quickly restore its potential difference (p.d.) to 12 volts. The migration of electrons will stop, when the potential of the resistor equals the battery positive potential. And all this happens within a few picoseconds. There will be a few surface charges on the resistor R1, and these indicate its new status of potential. It should be clear that a voltmeter when connected between terminals A and B of circuit will read ‘0’ volts, because the potential of the resistor R1 and the battery positive, will be the same, namely, 12 volts. In the case of the resistor R2 connected to circuit zero, a few electrons would have entered the wire and the resistor R2 from the negative terminal of the power supply which is circuit zero, making the potential of the resistor R2 the same as circuit zero. There will be a few surface charges on the resistor R2 that indicates its new status of potential. A voltmeter when connected between terminals C and D of circuit will read ‘0’ volts, because the potential of the resistor R2 and the battery negative will be the same, namely ‘0’ volts. The current in the circuit will be zero because of the open circuit. Since the potential of terminal B is the same as that of A, its potential is 12 volts. Since the potential of terminal C is that of the battery negative or circuit zero (terminal D), it is ‘0’ volts. Therefore, a voltmeter connected between the terminals B and C will read the same p.d. as that between the terminals A and D namely, 12 volts. We can allow a current to flow in the circuit by simply connecting a wire between terminals B and C thus, short-circuiting them. The current in that case will be 12 V/(10 Ω +10 Ω) = 12 V/20 Ω = 0.6 amps. The two points marked on the x- (voltage) and y- (current) axes are joined together, and this line is called the “Load line” of the network. The load line is the locus of points, or pairs of voltage and current values for the voltage between terminals B and C and the current in the circuit, when the terminals B and C are bridged by a resistance. The load line is fixed for a fixed power supply voltage and fixed values of resistors R1 and R2. AC load line Circuit analysts usually draw ac load lines during the design phase of transistor amplifiers. In Section 3.4, Chapter 3 of textbook 4 in References in last frame of Video #1 more details including diagrams of the analysis of circuits using dc network load lines are provided. In the question Q.3.1 in the file "Additional Practice Questions for all chapters" in the CD with this textbook 4, a description of ac load lines is provided, which would be useful to read. Space does not permit a full discussion in this post.

[@pankajphysicsgulati]

Keep it up

[@Motivational_Fever021]

Sir pdf mil skta h kya

[@pankajphysicsgulati]

Beta jo blackboard pe likha hai vohi notes hai God bless you

[@mohitmehta9515]

Hlo sir Sir Bsc VI sem unit 3rd Interaction of LS coupling ka example krva dijiye ...sir pls video upload soon exams are near ...

[@VivekSharma-go4vt]

Sir ye video AC load line ke liye bhi h kya?????

[@pankajphysicsgulati]

No dear

[@VivekSharma-go4vt]

@@pankajphysicsgulati iss topic pe video bnayenge kya sir???

[@m-series719]

Sir ish unit mai # biasing of transistor important hai kya??

[@pankajphysicsgulati]

Very IMPORTANT

[@pavanraj7996]

Is q point and operating point both are same

[@pankajphysicsgulati]

Yes dear

[@sashikamiya1773]

Sir aap Kahan se ho Hisar se kya ?

[@pankajphysicsgulati]

kzbin.info/www/bejne/aJ6ZiKuLh9-jrtU I live here,

[@m-series719]

Agar sir semiconductor unit k Filter wale section ko skip kr den

[@pankajphysicsgulati]

Kar sakte hai skip

[@m-series719]

Ok sir

[@virenderkhasa2266]

Sir ac loadline topic is se alg h kya?

[@pankajphysicsgulati]

Yes dear

[@virenderkhasa2266]

Sir ho ske to plz bnana video apki kimti 10 12 minutes nikal k😊😊😊

[@gauravghaloth]

Sir mexwell distribution speed law karwa do, ye mera 4th message hai 😓

[@pankajphysicsgulati]

Ye topic chod do baaki ke kar lo QUESTION attempt ho jaayega

[@Rohit-sc1jg]

Is common collector characteristics of a transister video available ??

[@pankajphysicsgulati]

Coming soon dear

[@axzues3130]

Sir what about AC load line

[@pankajphysicsgulati]

Sorry dear not AVAILABLE

[@shritilakrajansal6965]

Gm sir gi 1st book ki 4th unit ka topic Maxwell's law of distribution of speed and velocity ko bhi karr do plz sir g

[@pankajphysicsgulati]

Ye topic chod do baaki ke kar lo QUESTION attempt ho jaayega

[@shritilakrajansal6965]

@@pankajphysicsgulati okk sir g thanks sir g