filmov
tv
Pole & Zero to Time Domain Response
Показать описание
Animation shows the time-response of a signal represented by a set of poles and zeros in the s-domain. All the poles and zeros can be moved around to show in real time the effect in the time domain. Notice that if all the poles are in the open left hand plane (OLHP), the response decays to zero. Such a system is described as stable. Even a single pole in the right hand plane causes the system response to grow infinitely. Systems with such responses are unstable. Zeros change the output response, but do not affect stability. Animation generated by Mathematica code. Code available at
Aaron Becker
"Poles and Zeros of Time-Domain Response Functions"
Wolfram Demonstrations Project
Published: November 8 2016
Aaron Becker
"Poles and Zeros of Time-Domain Response Functions"
Wolfram Demonstrations Project
Published: November 8 2016
0:01:05
Pole & Zero to Time Domain Response
0:06:39
Zeros and Poles of a Transfer Function
0:10:27
How Transfer Function Zeros Affect Transient Response – Quick Concepts in Control 2
0:14:30
Time response from the pole zero plot||KTU EC NETWORK THEORY MODULE4
0:14:48
Time Response Of A Function Form Pole Zero Diagram Numerical 1
0:15:04
Network theory problem on time domain response from pole zero plot
0:07:21
Time domain response from pole zero plot - KTU - ECT205 - Network Theory - Module 4 - part (5/5)
0:05:37
Time Domain Behaviour From Pole Zero Plot - Network Functions - Circuit Theory and Networks
0:03:19
How to plot a pole zero diagram and verify stability
0:10:07
What are Transfer Functions? | Control Systems in Practice
0:08:18
Problem 6: Representation of Poles and Zero in S Plane | Laplace Transform | Signals and Systems
0:58:48
Time and Transfer Constants in Circuits (High Frequency Circuit Analysis)
0:10:35
Intro to Control - 7.2 Poles and Stability
0:09:16
How do Poles and Zeros affect the Laplace Transform and the Fourier Transform?
0:08:11
Pole locations and time domain behavior for double poles
0:01:05
Calculate Peak Time From Poles || Control System | Time Response Analysis Solved Problem
0:05:20
Time Domain Behavior From Pole Zero Plot | Network Functions | Circuit Theory and Networks in EXTC
0:21:42
Influence of Zeros of Transfer Function on Dynamical System Response - Control Engineering Tutorial
0:06:47
Time response from pole zero plot||KTU EC Network Theory module4
0:06:30
Intro to Control - 7.1 Poles and Zeros
1:15:51
143. High Frequency Behavior: Zero-Value Time Constants with Zeros, Complex Poles, Low Cut-off
0:07:25
The Concept of Dominant Pole
0:04:39
Plotting of Poles & Zeros of the given Network Function | Network Analysis.
0:22:16
What is Significance of Pole - Zero of Transfer Functions | Discrete Time Signals Processing
Комментарии