วีดีโอ

Sir please upload more lectures related to electronics and other physics subjects

Which component is considered fundamental in the fabrication of ICs ?

Can u people provide this in kannada

Sir is this the frequency domain analysis

love you sir

Best lectures for mosfet understanding 👌.

Thank you very much sir ji.

Excellent professor with great Motivation & Teaching

Scribbling so much with poor handwriting onto a single sheet of paper makes it impossible to follow what is going on.

You are HORRIBLE. You don't explain the "t" and you don't explain the "mu" and just pop them into a formula!

which textbook or reference book should we follow for this subject ?

how capacitor and indutor can be design on a ic

very nice

Sir, what kind of Amplio are you using ؟

When I combine a sine wave with direct voltage, the electronic circuit does not change ؟

Sabse ghatiya bol kyse rah hai . Total time waste. 😡😡

Is it appropriate to use copper instead of gold?

Professor hardik pandeya 🏏

Baba 25+2.( ? 27)

We special thanks appreciate reminder 7 we electricity shook Mom wasn't around Auntie fameha means hameedah use woods For safety both sides hands really brins alot then we transfer kasur again kot Ali garh thanks Khudian choke jewan . Tree jamo we no friends even 1God blessed

Best lecture ever really superb 👌 👏

GOOD ONE ...ONE DOUBT CAN WE USE SAME VALEU OF INDUCATANCE

absolute rubbish teacher! no ethical behaviour sneezing and coughing during the videos like a chain smoker and has no idea of what he teaches just reading slides to camera. what a waste of time and energy on making this course

absolute rubbish no explanations at all I wonder how this guy is a IISc professor

Rubbish! Just reading of from the slides which we can do by ourselves it seems he has no more of knowledge of the subject than we do.

Take care yourself sir😟😟😟😟

where can we download the ppts?

what is technical characterstics of data sheet? is electrical and technical characteristice same?

Thank you sir

Thanking uh very much sir! 😇🌼

Scale of Integration of IC's in hindi th-cam.com/video/XBIDB4-sZXg/w-d-xo.html

I expect this type of lecture in every college but there is no like this sir. Thanks very much sir for providing good lecture to everyone

8:20

Sir, your lucture is amazing , where can i find the course lecture notes

🥺❤

Sir nicely explained

Learning in 2022 From nptel courses

Good 😊😊

Sir,can you please share this experiment pdf sir?

Differential-mode and common-mode signals are important to understand in the design of complex signal-conditioning circuits which use operational amplifiers in medical diagnostic, industrial control and military applications. Operational amplifiers mainly excel in performance to provide a high common-mode rejection ratio and high gain. By using negative feedback, its overall gain, input impedance and bandwidth are determined by external components without these parameters being affected by the op-amp’s parameter variations due to external influences like temperature and so on. Most amplifiers built using discrete transistors will not be able to match the performance characteristics of an operational amplifier like CMRR, low drift, high input impedance and stability of gain. Engineers are so used to thinking and visualising currents as differential-mode in circuit analysis that they find it hard to switch their thinking to common-mode currents and their effects in say, amplifying circuits. It will be instructive to understand and visualise Current at its most fundamental level in the presence of electric fields in ordinary conductors. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors and how discussing these topics makes it easier to understand the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory watch these two videos i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html Most common-mode signals originate because of sources external to the system, and the energy in them circulates annoyingly until it is dissipated in resistive portions. They can be generated internally if proper cables are not used for coupling signals at the frequencies of the signals they carry. Therefore the need arises for amplifiers to amplify only the useful differential signal and reject the common-mode component which does not belong to the signal conditioning system. Such an amplifier is used as the first stage of an operational amplifier which opens the door to allow a signal from a sensor ‘in’, so to say and so the importance given to this stage. Topics related to these aspects are discussed in chapters 3 and 5 of textbook 4 (see last frame References in video #1) and a power point presentation with animations “Basic Action of a Differential Amplifer-Heart of the Opamp” which explains differential amplifier with a U-tube manometer analogy of differential- and common- mode signals is included in the CD alongwith this book. Also in textbook 4 you will find descriptions using a unified approach towards an intuitive understanding of "circuit zero", "neutral", "ground" and "earth".

Differential-mode and common-mode signals are important to understand in the design of complex signal-conditioning circuits which use operational amplifiers in medical diagnostic, industrial control and military applications. Operational amplifiers mainly excel in performance to provide a high common-mode rejection ratio and high gain. By using negative feedback, its overall gain, input impedance and bandwidth are determined by external components without these parameters being affected by the op-amp’s parameter variations due to external influences like temperature and so on. Most amplifiers built using discrete transistors will not be able to match the performance characteristics of an operational amplifier like CMRR, low drift, high input impedance and stability of gain. Engineers are so used to thinking and visualising currents as differential-mode in circuit analysis that they find it hard to switch their thinking to common-mode currents and their effects in say, amplifying circuits. It will be instructive to understand and visualise Current at its most fundamental level in the presence of electric fields in ordinary conductors. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors and how discussing these topics makes it easier to understand the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory watch these two videos i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html Most common-mode signals originate because of sources external to the system, and the energy in them circulates annoyingly until it is dissipated in resistive portions. They can be generated internally if proper cables are not used for coupling signals at the frequencies of the signals they carry. Therefore the need arises for amplifiers to amplify only the useful differential signal and reject the common-mode component which does not belong to the signal conditioning system. Such an amplifier is used as the first stage of an operational amplifier which opens the door to allow a signal from a sensor ‘in’, so to say and so the importance given to this stage. Topics related to these aspects are discussed in chapters 3 and 5 of textbook 4 (see last frame References in video #1) and a power point presentation with animations “Basic Action of a Differential Amplifer-Heart of the Opamp” which explains differential amplifier with a U-tube manometer analogy of differential- and common- mode signals is included in the CD alongwith this book. Also in textbook 4 you will find descriptions using a unified approach towards an intuitive understanding of "circuit zero", "neutral", "ground" and "earth".

Differential-mode and common-mode signals are important to understand in the design of complex signal-conditioning circuits which use operational amplifiers in medical diagnostic, industrial control and military applications. Operational amplifiers mainly excel in performance to provide a high common-mode rejection ratio and high gain. By using negative feedback, its overall gain, input impedance and bandwidth are determined by external components without these parameters being affected by the op-amp’s parameter variations due to external influences like temperature and so on. Most amplifiers built using discrete transistors will not be able to match the performance characteristics of an operational amplifier like CMRR, low drift, high input impedance and stability of gain. Engineers are so used to thinking and visualising currents as differential-mode in circuit analysis that they find it hard to switch their thinking to common-mode currents and their effects in say, amplifying circuits. It will be instructive to understand and visualise Current at its most fundamental level in the presence of electric fields in ordinary conductors. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors and how discussing these topics makes it easier to understand the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory watch these two videos i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html Most common-mode signals originate because of sources external to the system, and the energy in them circulates annoyingly until it is dissipated in resistive portions. They can be generated internally if proper cables are not used for coupling signals at the frequencies of the signals they carry. Therefore the need arises for amplifiers to amplify only the useful differential signal and reject the common-mode component which does not belong to the signal conditioning system. Such an amplifier is used as the first stage of an operational amplifier which opens the door to allow a signal from a sensor ‘in’, so to say and so the importance given to this stage. Topics related to these aspects are discussed in chapters 3 and 5 of textbook 4 (see last frame References in video #1) and a power point presentation with animations “Basic Action of a Differential Amplifer-Heart of the Opamp” which explains differential amplifier with a U-tube manometer analogy of differential- and common- mode signals is included in the CD alongwith this book. Also in textbook 4 you will find descriptions using a unified approach towards an intuitive understanding of "circuit zero", "neutral", "ground" and "earth".

Differential-mode and common-mode signals are important to understand in the design of complex signal-conditioning circuits which use operational amplifiers in medical diagnostic, industrial control and military applications. Operational amplifiers mainly excel in performance to provide a high common-mode rejection ratio and high gain. By using negative feedback, its overall gain, input impedance and bandwidth are determined by external components without these parameters being affected by the op-amp’s parameter variations due to external influences like temperature and so on. Most amplifiers built using discrete transistors will not be able to match the performance characteristics of an operational amplifier like CMRR, low drift, high input impedance and stability of gain. Engineers are so used to thinking and visualising currents as differential-mode in circuit analysis that they find it hard to switch their thinking to common-mode currents and their effects in say, amplifying circuits. It will be instructive to understand and visualise Current at its most fundamental level in the presence of electric fields in ordinary conductors. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors and how discussing these topics makes it easier to understand the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory watch these two videos i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html Most common-mode signals originate because of sources external to the system, and the energy in them circulates annoyingly until it is dissipated in resistive portions. They can be generated internally if proper cables are not used for coupling signals at the frequencies of the signals they carry. Therefore the need arises for amplifiers to amplify only the useful differential signal and reject the common-mode component which does not belong to the signal conditioning system. Such an amplifier is used as the first stage of an operational amplifier which opens the door to allow a signal from a sensor ‘in’, so to say and so the importance given to this stage. Topics related to these aspects are discussed in chapters 3 and 5 of textbook 4 (see last frame References in video #1) and a power point presentation with animations “Basic Action of a Differential Amplifer-Heart of the Opamp” which explains differential amplifier with a U-tube manometer analogy of differential- and common- mode signals is included in the CD alongwith this book. Also in textbook 4 you will find descriptions using a unified approach towards an intuitive understanding of "circuit zero", "neutral", "ground" and "earth".

Nano amps or metre

Very amazing lacture.......sir please provide Notes also

Sir how can I get your notes in ppt format?

So nice sir

Can you provide your slides from which you have taught ?It will be very helpful to us.🙏🙏

Sir, You have amazing teaching skill 🔥🔥🤩🤩🤩🙏🙏 thank so much for this lecture series 🤗🤗🤗 you have taught everything ( from basic to advance) in such a tremendous way 🔥🔥🔥

We all love to listen to Stories, and this is exactly what he has done. He narrated a beautiful Story, out of all these tough-looking Topics. It's great to have come across this Playlist. And I loved the opening Music :)