Standard Differential Equation for LTI Systems
ฝัง
- เผยแพร่เมื่อ 24 ธ.ค. 2024
- Signal and System: Standard Differential Equation for Linear Time-Invariant (LTI) Systems
Topics Discussed:
1. The standard differential equation of LTI systems.
2. Example of an LTI system's differential equation.
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Sir we highly rely on you for our gate examination... You're doing a wonderful job... Please upload all the lectures left for various subjects
😂
This channel is life saver 🥺
So helpful😄
Your teaching style is very good. Please make a video about you live. We want to know more about you.
Thank you sir. U again started. Pls don't stop the lectures sir till end of this subject. Complete it sir before gate if possible.
you are a legend indeed
thank you so much . plz complete the rest of the series before my final exams .
Sir please upload how to find natural and forced response of this type of system
thank you soooo much sir... u r great
sir, please upload videos of fourier series, trnsforn, Z transformation, laplace and sampling therom,
A tip: you can watch movies at Flixzone. Been using them for watching lots of of movies recently.
@Mason Rhys Definitely, I have been watching on Flixzone for since november myself :D
Wth
sir can you pls upload videos for "addressing modes" and "control sequence of microprocessors". I've a lot of trouble finding videos for them on YT and thanks for all videos on digital electronics ....helped me a lot
Find any bro?
thanks
Good job
How can we comment about the Dynamic or Causality of the system based on the standard differential equation? @Neso Academy
sir when will be start DTFS?
It seems to me that the system in question 2 is not TIV. If you put the system in standard form, coefficient a1 is 2*dy/dt. Clearly this is not a constant, so the system fails condition #1. Hence, it is not TIV.
can you give examples of initial conditions. How do we identify them?
Sir, please start DTFT
thank u ..........but pls pls pls upload more video on signal & system...........before gate 2018
is it a necessary condition that initial coditions are to be zero to a linear system
yes
What are initial conditions and why should they be zero? Why didn't you mention about that. Except that the remaining video was really good.
@@nesoacademy can you mention the lecture number?please
th-cam.com/video/aEkDVqQDLH8/w-d-xo.html
If initial conditions are assumed to be zero system is linear, time invariant, and causal
What is the answer of you question my exam is tomorrow and I need to know what is the initial condition 😅😅
Sir do lectures on FFT,DTFT
What is initial conditions?
make video on correlation
If there is an input with the output like d^2x/dt^2+Dy/Dt=X(t), does the system being linear?
no..system is non-linear
Sir, where is the private video of digital electronics, plz upload it
Namaste SIR, Kaya Aap Eigen Continues signal par koi video banayenge.
Sir please complete Analog electronic I.e upload Opamp
❤
Why the initial conditions should be zero for a system to be linear
Already explained in the earlier lectures.
@@nesoacademy thank you
@@nesoacademy How can we comment about the Dynamic and Causality of the system based on the standard differential equation?
please finish the topics before ESE
14 minutes of rearranging coefficients!!!
Solution?
Sir plz upload remaining lectures of signals before Gate 2018.. kindly request...
Sir aap apna name and photo bhi hme dikhaen....