'Root loci' diaporamas de présentation

NUAA-Control System Engineering

NUAA-Control System Engineering. Chapter 4 Root-locus Technique. 4-1 Introduction 4-2 Root-locus equation 4-3 Rules to draw regular root loci 4-4 Generalized root loci 4-5 Analysis of control system by RL method 4-6 Control system design by the root-locus method. Contents in Chapter 4.

1.49k views • 95 slides

NUAA-Control System Engineering

NUAA-Control System Engineering. Chapter 4 Root-locus Technique. 4-1 Introduction 4-2 Root-locus equation 4-3 Rules to draw regular root loci 4-4 Generalized root loci 4-5 Analysis of control system by RL method 4-6 Control system design by the root-locus method. Contents in Chapter 4.

1.56k views • 95 slides

Chapter 6 Root-Locus Analysis

Chapter 6 Root-Locus Analysis. 6.1 Introduction.

684 views • 57 slides

The Root Locus Analysis

563 views • 56 slides

The Root Locus Analysis

573 views • 56 slides

Title, Berkeley Birthday 01-26-07

My legacy: A launch pad for exploring neocortex. Title, Berkeley Birthday 01-26-07. Walter J Freeman University of California at Berkeley http://sulcus.berkeley.edu. Sherrington and Fulton. McCulloch and Pribram. EEG, Cat hungry, then satiated. PG PSTH. PG cells and Chloride Ion.

700 views • 51 slides

Computer Controlled System

Computer Controlled System. Chapter 7 State Space Design. Chapter 6 Classic Design. Chapter 2 Sampling and construction. Chapter 3 Z transform Chapter 4 CCS Modelling Chapter 5 CCS Analyzing. Chapter 2 Sampling and Construction. 1. The steps of the processes of A/D and D/A

1.6k views • 47 slides

Root-locus Technique for Control Design

Root-locus Technique for Control Design. Stability and the characteristics of transient response of closed-loop systems. Locations of the closed-loop poles. Introduction. Problems to solve characteristic equation : 1. Difficult for a system of third or higher order.

581 views • 35 slides

Root-locus Technique for Control Design

Root-locus Technique for Control Design. Stability and the characteristics of transient response of closed-loop systems. Locations of the closed-loop poles. Introduction. Problems to solve characteristic equation : 1. Difficult for a system of third or higher order.

655 views • 35 slides

LINEAR CONTROL SYSTEMS

LINEAR CONTROL SYSTEMS. Ali Karimpour Assistant Professor Ferdowsi University of Mashhad. Topics to be covered include : Root locus criterion. Root loci (RL). Complement root loci (CRL). Complete root loci. Property and construction of complete root loci. Lecture 16.

595 views • 30 slides

Chapter 5: Root Locus

Chapter 5: Root Locus. Nov. 13-15, 2012. Two Conditions for Plotting Root Locus. Given open-loop transfer function G k (s). Characteristic equation. Magnitude Condition and Argument Condition. Rules for Plotting Root Locus. Break-in point. Breakaway point.

726 views • 25 slides

Title, Wake Forest SPP06-17-05

From brain to neuron to molecule and back again: circular causality in the organization of embodied cognition Walter J Freeman University of California at Berkeley http://sulcus.berkeley.edu. Title, Wake Forest SPP06-17-05. John von Neumann.

416 views • 24 slides

Modern Control System EKT 308

328 views • 23 slides

Stability Analysis: Root Locus

Stability Analysis: Root Locus. M.Mysaiah Assistant Professor ACE ENGINEERING COLLEGE. Two Conditions for Plotting Root Locus. Given open-loop transfer function G k (s). Characteristic equation. Magnitude Condition and Argument Condition. Rules for Plotting Root Locus. Break-in point.

878 views • 23 slides