CIRCUITS AND ELECTRONICS. Op Amps Positive Feedback

Similar documents
10.37 Chemical and Biological Reaction Engineering, Spring 2007 Prof. K. Dane Wittrup Lecture 10: Non ideal Reactor Mixing Patterns

Lecture 4 ( ) Some points of vertical motion: Here we assumed t 0 =0 and the y axis to be vertical.

6.01: Introduction to EECS I Lecture 8 March 29, 2011

Unit-I (Feedback amplifiers) Features of feedback amplifiers. Presentation by: S.Karthie, Lecturer/ECE SSN College of Engineering

Physics Courseware Physics I Constant Acceleration

More Digital Logic. t p output. Low-to-high and high-to-low transitions could have different t p. V in (t)

The Components of Vector B. The Components of Vector B. Vector Components. Component Method of Vector Addition. Vector Components

GAMS Handout 2. Utah State University. Ethan Yang

Equations of motion for constant acceleration

Designing Information Devices and Systems I Spring 2019 Lecture Notes Note 17

MASSACHUSETTS INSTITUTE OF TECHNOLOGY 6.265/15.070J Fall 2013 Lecture 15 10/30/2013. Ito integral for simple processes

Chapter 5-4 Operational amplifier Department of Mechanical Engineering

Subject: Turbojet engines (continued); Design parameters; Effect of mass flow on thrust.

ELEG 205 Fall Lecture #10. Mark Mirotznik, Ph.D. Professor The University of Delaware Tel: (302)

CIRCUITS AND ELECTRONICS. State and Memory

CSE 3802 / ECE Numerical Methods in Scientific Computation. Jinbo Bi. Department of Computer Science & Engineering

5.1 Angles and Their Measure

h[n] is the impulse response of the discrete-time system:

Brace-Gatarek-Musiela model

Chapter 5 Digital PID control algorithm. Hesheng Wang Department of Automation,SJTU 2016,03

dv 7. Voltage-current relationship can be obtained by integrating both sides of i = C :

i-clicker Question lim Physics 123 Lecture 2 1 Dimensional Motion x 1 x 2 v is not constant in time v = v(t) acceleration lim Review:

10.7 Temperature-dependent Viscoelastic Materials

Micro and Smart Systems

Lecture 3: Resistive forces, and Energy

Guest Lecturer Friday! Symbolic reasoning. Symbolic reasoning. Practice Problem day A. 2 B. 3 C. 4 D. 8 E. 16 Q25. Will Armentrout.

EECS 2602 Winter Laboratory 3 Fourier series, Fourier transform and Bode Plots in MATLAB

( ) For more files visit

EEC 118 Lecture #15: Interconnect. Rajeevan Amirtharajah University of California, Davis

EE 330 Lecture 23. Small Signal Analysis Small Signal Modelling

Lecture 20a. Circuit Topologies and Techniques: Opamps

Chem. 6C Midterm 1 Version B October 19, 2007

Voltage/current relationship Stored Energy. RL / RC circuits Steady State / Transient response Natural / Step response

V(z, t) t < L v. z = 0 z = vt z = L. I(z, t) z = L

Cosmic Feb 06, 2007 by Raja Reddy P

A Novel Piece-Wise Constant Analog Spiking Neuron Model and its Neuron-like Excitabilities

EE 330 Lecture 41. Digital Circuits. Propagation Delay With Multiple Levels of Logic Overdrive

Topic Astable Circuits. Recall that an astable circuit has two unstable states;

6.003: Signals and Systems. Relations among Fourier Representations

EE 435 Lecture 42. Phased Locked Loops and VCOs

Lecture 13 RC/RL Circuits, Time Dependent Op Amp Circuits

6.003: Signals and Systems

Section I5: Feedback in Operational Amplifiers

non-linear oscillators

Stability analysis of nonsmooth limit cycles with applications from power electronics

Chapter 8 The Complete Response of RL and RC Circuits

System Processes input signal (excitation) and produces output signal (response)

Chapter #1 EEE8013 EEE3001. Linear Controller Design and State Space Analysis

8.022 (E&M) Lecture 9

6.003 Homework 1. Problems. Due at the beginning of recitation on Wednesday, February 10, 2010.

EE 315 Notes. Gürdal Arslan CLASS 1. (Sections ) What is a signal?

C is very reactive, difficult to control and stabilize

( ) ( ) if t = t. It must satisfy the identity. So, bulkiness of the unit impulse (hyper)function is equal to 1. The defining characteristic is

Open loop vs Closed Loop. Example: Open Loop. Example: Feedforward Control. Advanced Control I

Lecture 17: Free Energy of Multi-phase Solutions at Equilibrium

Outline of Topics. Analysis of ODE models with MATLAB. What will we learn from this lecture. Aim of analysis: Why such analysis matters?

21.9 Magnetic Materials

Sequential Logic. Digital Integrated Circuits A Design Perspective. Latch versus Register. Naming Conventions. Designing Sequential Logic Circuits

EE 435. Lecture 31. Absolute and Relative Accuracy DAC Design. The String DAC

6.003: Signals and Systems. Fourier Representations

EE141. EE141-Spring 2006 Digital Integrated Circuits. Administrative Stuff. Challenges in Digital Design. Last Lecture. This Class

6.003 Homework #9 Solutions

6.003: Signals and Systems Lecture 20 November 17, 2011

6.003: Signals and Systems Lecture 20 April 22, 2010

INDEX. Transient analysis 1 Initial Conditions 1

Fishing limits and the Logistic Equation. 1

EE 330 Lecture 40. Digital Circuits. Propagation Delay With Multiple Levels of Logic Overdrive

Lecture 1 Overview. course mechanics. outline & topics. what is a linear dynamical system? why study linear systems? some examples

Physics for Scientists & Engineers 2

Single Degree of Freedom System Forced Vibration

Homework-8(1) P8.3-1, 3, 8, 10, 17, 21, 24, 28,29 P8.4-1, 2, 5

Physics 1502: Lecture 20 Today s Agenda

UNIT #4 TEST REVIEW EXPONENTIAL AND LOGARITHMIC FUNCTIONS

Chapter 7 Response of First-order RL and RC Circuits

Schedule. ECEN 301 Discussion #17 Operational Amplifiers 1. Date Day Class No. Lab Due date. Exam

EE 330 Lecture 41. Digital Circuits. Propagation Delay With Multiple Levels of Logic Optimally driving large capacitive loads

6.003: Signals and Systems

Convolution. Lecture #6 2CT.3 8. BME 333 Biomedical Signals and Systems - J.Schesser

Lectures 29 and 30 BIQUADRATICS AND STATE SPACE OP AMP REALIZATIONS. I. Introduction

IV. Transport Phenomena. Lecture 19: Transient Diffusion. 1 Response to a Current Step. MIT Student. 1.1 Sand s Time

ECE 2100 Circuit Analysis

6.302 Feedback Systems Recitation : Phase-locked Loops Prof. Joel L. Dawson

20 Faraday s Law and Maxwell s Extension to Ampere s Law

Problem Set 11(Practice Problems) Spring 2014

Demodulation of Digitally Modulated Signals

F This leads to an unstable mode which is not observable at the output thus cannot be controlled by feeding back.

AP Physics 1 MC Practice Kinematics 1D

12. Shallow water equations with rotation Poincaré waves. Considering now motions with L<<R, we can write the equations of motion in

Pattern Classification and NNet applications with memristive crossbar circuits. Fabien ALIBART D. Strukov s group, ECE-UCSB Now at IEMN-CNRS, France

CIRCUITS AND ELECTRONICS. The Impedance Model

Physics 101: Lecture 03 Kinematics Today s lecture will cover Textbook Sections (and some Ch. 4)

Designing Information Devices and Systems I Spring 2018 Lecture Notes Note 20

ECE 307: Electricity and Magnetism Fall 2012

The Buck Resonant Converter


Continuous Time Linear Time Invariant (LTI) Systems. Dr. Ali Hussein Muqaibel. Introduction

Tom BLASINGAME Texas A&M U. Slide 1

Chapter #1 EEE8013 EEE3001. Linear Controller Design and State Space Analysis

Module 4: Time Response of discrete time systems Lecture Note 2

ES 250 Practice Final Exam

Transcription:

6.00 CIRCUITS AND ELECTRONICS Op Amps Psiie Feedback Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Negaie s Psiie Feedback Cnsider his circui negaie feedback IN R R R IN and his psiie feedback R IN Wha s he difference? R R OUT IN R see analysis n nex page R OUT IN R Cnsider wha happens when here is a perubain Psiie feedback dries p amp in saurain: ± OUT V S Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Saic Analysis f Psiie Feedback Ck IN R R OUT IN R OUT ( ) A A R A( ) OUT IN A R IN R R OUT AR R AR IN OUT AIN R R R OUT AR R R IN A R R R OUT R R R AR R R A IN R R IN Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Represening dynamics f p amp R C ( ) * * A Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Represening dynamics f p amp Cnsider his circui and le s analyze is dynamics build insigh. R R Circui mdel R3 R4 R A R * R C ( ) R3 R4 Le s deelp equain represening ime behair f. Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

A * * r d RC d RC A d d * Dynamics f p amp * A A ( ) R R R R3 R R 3 4 r d d neglec A ( ) RC RC 0 d d A ( ) RC 0 ime r d d T 0 where T RC A( ) (0 ) 0 Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Cnsider a small disurbance (nise). if if if > > T T T is is psiie K e K e T negaie T sable unsable is ery large K neural unsable K disurbance neural sable Nw, le s build sme useful circuis wih psiie feedback. Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

One use fr insabiliy: Build n he basic p amp as a cmparar V S V S V S 0 V S 0 Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Nw, use psiie feedback i R R R R R 7.5 5 i e.g. R R 5 V S ( i ) > 7.5 > 7.5 < < 7.5 5 7.5 Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Nw, use psiie feedback i R R R R R VS R R R V S 5 i e.g. R R 5 V S ( i ) > 7.5 > < < 7.5 5 V S VS R R R Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

V S 5 hyseresis 7.5 0 7. 5 i Dem V S 5 Why is hyseresis useful? 7.5 7.5 i e.g., analg digial Dem Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Wihu hyseresis i analg digial 7.5 7.5 i Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Oscillar can creae a clck R C C R R V S V S C V S V S Dem Assume C V 0 S a 0 Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure

Clcks in Digial Sysems We buil an scillar using an p amp. can use as a clck Why d we use a clck in a digial sysem? (See page 735 f A & L) sender 0 receier clck a,,0? b When is he signal alid? cmmn imebase -- when lk a a signal (e.g. wheneer he clck is high) Discreizain f ime ne bi f infrmain assciaed wih an ineral f ime (cycle) Cie as: Anan Agarwal and Jeffrey Lang, curse maerials fr 6.00 Circuis and Elecrnics, Spring 007. MIT OpenCurseWare (hp://cw.mi.edu/), Massachuses Insiue f Technlgy. Dwnladed n [DD Mnh YYYY]. 6.00 Fall 000 Lecure