Class-66:LTI System - Solving Differential equations for natural response

preview_player
Показать описание

  1. Learn with SR
Рекомендации по теме
Class-66:LTI System - 0:05:51

Class-66:LTI System - Solving Differential equations for natural response

Class-67:LTI System-Solving Differential 0:07:35

Class-67:LTI System-Solving Differential equation for natural response

Is Differential Equations 0:00:21

Is Differential Equations a Hard Class #shorts

Class:65:LTI System-Differential equations 0:11:07

Class:65:LTI System-Differential equations

Class-71:LTI Systems-Differential equations 0:14:48

Class-71:LTI Systems-Differential equations solving for forced response

Class-73:LTI Systems-Differential equations 0:03:32

Class-73:LTI Systems-Differential equations solving for total response

Class-70:LTI Systems- Differential 0:05:01

Class-70:LTI Systems- Differential equation solving for forced response

Class-69:LTI System-Solving Differential 0:09:35

Class-69:LTI System-Solving Differential equations for natural response

#80 System described 0:08:24

#80 System described by Differential Equation | Signals and Systems

Numerical on Differential 0:08:55

Numerical on Differential equation.

Fourier Transform - 0:07:42

Fourier Transform - Analysis of CT system

L11 SNS LTI 0:15:42

L11 SNS LTI as Differential and Difference Equ

Class-72:LTI Systems-Differential equations 0:06:07

Class-72:LTI Systems-Differential equations solving for forced response

Class-78:LTI System-Solving difference 0:09:13

Class-78:LTI System-Solving difference equation for forced response

EE 207, 59- 0:10:34

EE 207, 59- FT Time Scaling Property

#65 Proof of 0:05:56

#65 Proof of Time Differentiation Property Of Convolution | Signals & Systems

GATE 2010 ECE 0:05:57

GATE 2010 ECE Overall response of cascaded discrete time systems

Lecture 16b - 0:07:10

Lecture 16b - CTFT - Solved Problems - Problem 12

Transfer Function Calculation 0:11:38

Transfer Function Calculation from differential/difference Equation || Digital Signal Processing

LTI DT System 0:10:29

LTI DT System Interconnection

Class-77:LTI Systems-Solving difference 0:11:01

Class-77:LTI Systems-Solving difference equation for forced response

Class-75:LTI System-Solving difference 0:02:53

Class-75:LTI System-Solving difference equation for natural response

FIND HCF-Unique Trick😳#shorts 0:00:24

FIND HCF-Unique Trick😳#shorts #khantrickster #hcf

Cascade and parallel 0:00:53

Cascade and parallel connection of LTI systems by Mr. S. Sreekanth | ACE Online

Комментарии
Автор

consider a relaxed system described b y the following:

D^2(y)+2D(y)+5y=Sint. the impulse response of this system is:

knowledgewithshoomans
Автор

Consider an LTI system described by the differential equation (dy(t))/(dt) + 4y(t) = 2x(t); x(t) =; x(t)=e^ "-t" u(t)\y(0^ - )=-1 determine the response y(t) of the system. how to solve??
Please send answer

subhash_