Спасибо вам огромное!. Благодаря вам теория управления становится ближе и понятней. У вас получилось в ОДНОМ видео дать рабочую , понятную методику расчета + матлаб + скрипт. Без преувеличения -такого в ютуб нет!!
Thank you for your nice comments. I am very happy that the video is helpful. Preparing this video took almost a week, so it was quite a puzzle what and how to present it. About your question. I use the simple feedback model of Harold Black where the beta is the attenuator around the error amplifier. The 1/beta is asymptoticaly equal to the ideal gain if the loop gain is infinite. See for more details here: www.analog.com/en/resources/technical-articles/loop-gain-and-its-effect-on-analog-control-systems.html
Hi, At school we have learn that rise time is between 10% and 90% of the signal. In your video 0% to 100%, is it anything not correct than I need to know?
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⭐ Documentation & Simulation Files 👇
🔗 Video Presentation: drive.google.com/file/d/1uv3miNV5ovKmXcslo27YgNBYfA3nHWVr
🔗 MATLAB Script - Example Gain Margin & Phase Margin: drive.google.com/file/d/1rS8FYYQw0hn4aS0UFQjTbw2fyTl891TS
🔗 MATLAB Script - Example Root Locus Method Second-Order System: drive.google.com/file/d/1ruLXDnM5jsR9lEPkf0S0QyJbVqBq-USE
🔗 MATLAB Script - Complete Buck Converter Design: drive.google.com/file/d/1qH29UV9pdFYUYiIsRyhaUdXqyJ42Wu8Y
🔗 TINA-TI SPICE Files:
drive.google.com/file/d/1q63_caPUa1ngdaLbChIq75pXvfvmMG9m
drive.google.com/file/d/1q7UgRSm2LWK5S7qGj4iENiASZoSkiuXB
drive.google.com/file/d/1qxJ61V3PgF8zZebHr0HTD7vzRhI7ackP
drive.google.com/file/d/1rSEzisRVCA6QABYeAGHY4d59Mw28tDj3
drive.google.com/file/d/1rYmnDefakCTeN1B3YeDx9Ls-LOrz9aqY
Спасибо вам огромное!. Благодаря вам теория управления становится ближе и понятней. У вас получилось в ОДНОМ видео дать рабочую , понятную методику расчета + матлаб + скрипт. Без преувеличения -такого в ютуб нет!!
Thank you for your nice comments. I am very happy that the video is helpful. Preparing this video took almost a week, so it was quite a puzzle what and how to present it.
About your question. I use the simple feedback model of Harold Black where the beta is the attenuator around the error amplifier. The 1/beta is asymptoticaly equal to the ideal gain if the loop gain is infinite. See for more details here: www.analog.com/en/resources/technical-articles/loop-gain-and-its-effect-on-analog-control-systems.html
@@CanBijles видно, что вы проделали огромную работу, ещё раз вам спасибо!
@@SMV1972 Thanks again! See you next time 😊
Very useful video. Thanks.
My doubt is - How to set error amplifier output voltage in ramp voltage range (i.e.0 to 4 volt) ?
Thanks! I also explain this in the video.
👍
👍
Hi,
At school we have learn that rise time is between 10% and 90% of the signal.
In your video 0% to 100%, is it anything not correct than I need to know?
In the video, I explain that 10% to 90% is used for critically damped or overdamped systems. So, it depends on the waveform.
Where can I access compensation buck converter matlab codes?
I will add the MATLAB script and simulation data from TINA-TI Spice as soon as possible.
⭐ Simulation Files 👇
🔗 MATLAB Script Gain Margin & Phase Margin: drive.google.com/file/d/1rS8FYYQw0hn4aS0UFQjTbw2fyTl891TS
🔗 MATLAB Script Root Locus Method Second-Order System: drive.google.com/file/d/1ruLXDnM5jsR9lEPkf0S0QyJbVqBq-USE
🔗 MATLAB Script Complete Design: drive.google.com/file/d/1qH29UV9pdFYUYiIsRyhaUdXqyJ42Wu8Y
@@CanBijles Спасибо!
@@SMV1972You're welcome!