Analysis of 2nd Order Circuits by Damping || Analog VLSI Mastery (Cohort 0-10)

Join Our Telegram Group - t.me/All_About_Learning
On our channel, you will get
1) Comprehensive Courses
2) Lecture Notes
3) Assignments
This course is helpful for Placements in Analog VLSI domain.
________________________________________________________________
#GATE, #GATE2022, #GATE2023, #GATE2024, #GATE2025, #TI, #IIT, #MOTIVATION, #BEGINNING, #CHANNEL, #ESE, #PREPARATION, #PLACEMENTS, #gatepreparation, #engineering, #ese, #gatecoaching, #gateexampreparation, #aptitude, #gatemocktest, #psus, #gatetestseries, #education, #ece, #ec, #ee, #electrical, #electricalengineering, #electronics, #instrumentationengineering, #instrumentation,#Analog,#NXP,#TI,#Intel,#Qualcomm,#AnalogDesign,#VLSI,#AnalogVLSI,#Placements,#Micron,#Intern,#Internship,#Unacademy,#Gate

[@nenavathharisingh3231]

Very well explained

[@vikrantsinghsisodiya9450]

excellent explanation sir❤

[@HardikJain_YT]

41:30 but if pole location is not same then response is not same and since initial conditions are same and both are of the form ae^-bt + ce^-dt + e ; so they can't reach the steady state at the same time rt ? Please reply Though by contradiction I agree both reach ss together but seems difficult to see using these equations ...

[@HimanshuAgarwal_]

@@HardikJain_YT The response will be different, but I guess they will reach the steady state at the same time only. This is what I thought till now. Will think more.

[@HardikJain_YT]

@@HimanshuAgarwal_ Thankyou ; also is apti of TI hard ? Any prep needed for it ?

[@HimanshuAgarwal_]

@@HardikJain_YT Depends on them how they set it. Shouldn't be much hard