Видео

When we start designing BGR , how can we decide how much current we should flow through each branch,also R1 is not given

Do you know where the missing energy is? Apply the stored energy formula to each cap using CV^2/2. The total energy stored after the caps take on the same voltage is LESS than the total energy before the switch is closed!

Great video!

Please make a video on Feedback in Analog circuits : How to identify which type of fb ? How to calculate fb factor of any Ckt ? Etc.

great

thanks for this video... can you cover the topic of power amplifiers with multiple feedback loops?

Thanks for your video. It's very great !!!

How many points should I take for the global+local Monte Carlo simulation to cover most of the process and mismatch space?

Thanks sir for sharing your thoughts. My request please make a detailed video on Monte Carlo simulations, its settings, role of sigma, how much sigma corresponds to how much percentage, how to use the tool reported sigma value when distribution is non gaussian etc. Any more points to better understand and use the monte carlo data will be highly appreciated.

Thanks! Great video 😊

Hello Analog Snippets! This was a great video! Could you please point me to some material from which i can learn frequency compensation/control theory when it comes to electrical engineering.

references to read more?

Excellent!!

Good one Saurabh!

👍👍👍

Great to see you back after long time😊 please make video on Drain Extended MOS as well 😀

I love how you explain complex principles and break them down to short and easy to understand concepts… Thank you so much 😊

Great to see you after a long time

👍👍👍

Excellent video after long time..

We also prefer to keep matched pair away from under pad area to avoid additional physical stress related mismatches on the mirrors. Very useful lecture

Very insightful presentation!

Such a simple ad brilliant way to explain oversampling! Thank you for this video sir.

Thanks for your material. Always very clear, easy to understand and intuitive explanation. I have a question on iso nmos G/R connection, what if let it just floating instead of connecting it either sub or pgnd_bst. Thanks in advance.

Hi Sir May I know your thoughts about future of Analog IC design. which area in analog IC design will have more demand in future (like data converters, Analog AI chips, etc) What new analog IC’s do we need in 2026-2030 that we don’t have yet

Good to see you back after long time ..... please please upload video on DC-DC Converter.Thanks in advance!

great explanation, where do you get this references please? books, tutorial?

Hi sir why did you Stop uploading the videos.... please start

Very well explained 👍👍

with reference to 09:01 how did the average of 3 0's and 7 1's turned out to be 0.7 sir ?

What is the sum of capacitors in series ,when the capacitors are charged?

Just wanted to say these videos are great thank you

how the V3 is the positive terminal?? how we say that polarity of V3 and output of an opamp is same ??

All is very nice, but there is one thing I couldn't understand: At first, we put a large capacitor parallel to the first amplifier such that its crossover point came on top of the second amplifier's pole. Then, we put a pole and a zero parallel to the first amplifier such thatthe resulting zero came on top of the second amplifier's pole. Which one of these is the dominant pole compensation?

Hi sir, im a beginner in analog design, i neeed some help in practical design of ldo and bgr, can u suggest any resources or papers?

❤ Thanks a lot Sir...Ive read many books+journals for SD ADC but, u explained in such a lucid way....Can U. Give more insight to how should we design Decimation Filter? Should We use a LPF at output to reduce noise? What is the role of Delay z^-1 block they r talking about in book ?? Why PSD of output is needed??

Hi Saurabh, i found very good content on your channel. Can you please suggest Good Book or any other material for DC DC , to start from basics ?

Hello, Thanks for the informative tutorials. I would like to ask for some clarifications about the start up with R-as a current source and no additional circuitry. Please refer: ruclips.net/video/783Itlm-pUs/видео.htmlsi=Tqve3zdylIq7CtUR&t=627 Even if the Amplifier comes alive, my concern was that if the differential input is positive Vp > Vn,then the output of 5T OTA is held at ground level, resulting in stuck state.Vp > Vn may occur because of input referred offset of the Ampl. or perhaps during start up Vp rises faster than Vn (due to large diode cap at Vn, whereas only res at Vp). I will be grateful if you could share your thoughts on this. Thank you.

Do you offer any coaching for analog design ? I would be certainly very interested in taking part.

Incredible insight into RC circuit & IC design proved using math. Rarely are people able understand this well let alone make a RUclips video out of it.

Very good presentation.

Amazing explanation

Awesome

Very intuitive and great explanation

I want to oppose your layout choice regarding the common centroid. The best option in terms of common centroid would be one of the two: A B B A B A A B B A A B A B B A OR B A A B A B B A A B B A B A A B This is because your choice in the video has two different axes of symmetry (both in the x- and y-axis) for each matched device and thus does not preserve the rule of coincidence, meaning that the centroids of the matched devices should coincide. For more detail, I recommend the excellent book The Art Of Analog Layout by Alan Hastings. Nevertheless, I appreciate your videos and encourage you to continue the very good work! Thank you!

I observed comparing "sigma" ie Standard deviation with "delta" ie change in video 8...is this always correct to compare sigma with delta?(dimension are same) based on "video 8" sigma of beta equation is different from what isshowed in "video 9" ie In video 8 "Sigma of Beta" is equal to "Beta" times what is shown in video 9. Can you please clarify this ? Thank you

I am new😊 LDO voltage😊

Upo vizuri sana. nimekuelewa

Great new year Start

I have been adding tasks to xls sheet month wise and changing color once closed. I segregate mentoring and personal tasks with different color code. I carry the pending tasks to next month. It helps me recall all the tasks that I have accomplished during reviews.