Chapter 2 – Operational Amplifiers

Slides:

Advertisements

Similar presentations

Operational Amplifiers

Advertisements

Operational Amplifiers 1. Copyright  2004 by Oxford University Press, Inc. Microelectronic Circuits - Fifth Edition Sedra/Smith2 Figure 2.1 Circuit symbol.

Chapter 7 Operational-Amplifier and its Applications

ECE201 Lect-161 Operational Amplifiers ( ) Dr. Holbert April 3, 2006.

APPENDIX B SPICE DEVICE MODELS AND DESIGN SIMULATION EXAMPLES USING PSPICE AND MULTISIM Microelectronic Circuits, Sixth Edition Sedra/Smith.

Operational Amplifiers

Figure 1.17 Model of an electronic amplifier, including input resistance Ri and output resistance Ro. © 2000 Prentice Hall Inc.

CHAPTER 1: INTRODUCTION TO OPERATIONAL AMPLIFIERS

Operational Amplifiers

Ref:080114HKNOperational Amplifier1 Lecture 1 Op-Amp Introduction of Operation Amplifier (Op- Amp) Analysis of ideal Op-Amp applications Comparison of.

Operational amplifier

Introduction to the OP AMP

ECE 201 Circuit Theory I1 Introduction to the Operational Amplifier μA 741 OP AMP.

Operational Amplifiers (Op Amps) Discussion D3.1.

Lecture 91 Loop Analysis (3.2) Circuits with Op-Amps (3.3) Prof. Phillips February 19, 2003.

Op Amps Lecture 30.

1 More on Op Amps Discussion D Ideal Op Amp 1) The open-loop gain, A v, is infinite. 2) The current into the inputs are zero.

Chapter 2 – Operational Amplifiers Introduction Textbook CD

EE141 전자회로 1 Chapter 2: Operational Amplifiers 인하대학교 정보통신공학부 2008년 2학기.

Operational Amplifiers

Figure 2.1 Circuit symbol for the op amp.

Operational Amplifiers (Op Amps) Discussion D3.1.

ELECTRICAL ENGINEERING: PRINCIPLES AND APPLICATIONS, Third Edition, by Allan R. Hambley, ©2005 Pearson Education, Inc. Chapter 14 Operational Amplifiers.

Introduction to Op Amps

Chapter 8 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

ELECTRICA L ENGINEERING Principles and Applications SECOND EDITION ALLAN R. HAMBLEY ©2002 Prentice-Hall, Inc. Chapter 14 Operational Amplifiers Chapter.

IDEAL OPERATIONAL AMPLIFIER AND OP-AMP CIRCUITS

Basic Block Diagram of Op-Amp

Introduction to Op Amp Circuits ELEC 121. April 2004ELEC 121 Op Amps2 Basic Op-Amp The op-amp is a differential amplifier with a very high open loop gain.

Ideal Op-Amp Input impedance of op-amp is ∞ – No current flow in or out of input terminals Output impedance of op-amp (with respect to ground) is ‘0’ –

Chapter 8 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

09/16/2010© 2010 NTUST Today Course overview and information.

© 2012 Pearson Education. Upper Saddle River, NJ, All rights reserved. Electronic Devices, 9th edition Thomas L. Floyd Electronic Devices Ninth.

Microprocessor Interface

EE 1270 Introduction to Electric Circuits Suketu Naik 0 EE 1270: Introduction to Electric Circuits Lecture 13: Operational Amplifiers Part 2 Chapter 5.

Lecture 1 Op-Amp Introduction of Operation Amplifier (Op- Amp) Analysis of ideal Op-Amp applications Comparison of ideal and non-ideal Op-Amp Non-ideal.

EE445:Industrial Electronics. Outline Introduction Some application Comparators Integrators & Differentiators Summing Amplifier Digital-to-Analog (D/A)

Microelectronic Circuits, Sixth Edition Sedra/Smith Copyright © 2010 by Oxford University Press, Inc. C H A P T E R 02 Operational Amplifiers.

10/11/2015 Operational Amplifier Characterization Chapter 3.

What is an Op Amp? Ideal Op Amps Applications Examples Lecture 9. Op Amps I 1.

ECE 342 – Jose Schutt-Aine 1 ECE 342 Solid-State Devices & Circuits 18. Operational Amplifiers Jose E. Schutt-Aine Electrical & Computer Engineering University.

Operational Amplifiers AC Power CHAPTER 8. Figure 8.2, A voltage amplifier Figure 8.2 Simple voltage amplifier model Figure 8.3.

Module 4 Operational Amplifier

OPERATIONAL AMPLIFIERS. BASIC OP-AMP Symbol and Terminals A standard operational amplifier (op-amp) has; V out is the output voltage, V+ is the non-inverting.

EE 1270 Introduction to Electric Circuits Suketu Naik 0 EE 1270: Introduction to Electric Circuits Lecture 13: Operational Amplifiers Part 1 Chapter 5.

1 Op-Amp Imperfections in The Linear Range of Operations Gain and Bandwidth Limitations  Ideal op amps have infinite open-loop gain magnitude (A oL is.

1 Tai-Cheng Lee Fall 2007 Operational Amplifiers Tai-Cheng Lee Electrical Engineering/GIEE, NTU.

Chapter 30 Operational Amplifiers. 2 Introduction Characteristics –High input impedance –Low output impedance –High open-loop gain –Two inputs –One output.

0 Chap 2. Operational amplifiers (op-amps) Circuit symbol of an op-amp Widely used Often requires 2 power supplies + V Responds to difference between.

Operational Amplifiers Op Amps – a useful building block K. El-Ayat 11.

Amplifiers. BASIC AMPLIFIER CONCEPTS Ideally, an amplifier produces an output signal with identical waveshape as the input signal, but with a larger.

Applications of OP-AMP. Introduction Operational amplifier using IC's is inexpensive, versatile and easy to use. For this reason they are used not only.

E E 2315 Lecture 08 - Introduction to Operational Amplifiers.

1 Operational Amplifiers n Ideal Op-Amp –input terminals –differential gain, open-loop gain.

OP-AMPs Op Amp is short for operational amplifier. An operational amplifier is modeled as a voltage controlled voltage source. An operational amplifier.

Lecture VIII Operational Amplifiers DMT 231/3 Electronic II.

ECE201 Lect-131 Loop Analysis (7.8) Circuits with Op-Amps (3.3) Dr. Holbert October 9, 2001.

1 CHAPTER 20 OPERATIONAL AMPLIFIERS (OP-AMPS). 2 Introduction to operational amplifiers Symbol and Terminals.

PRESENTATION ON:  Voltage Amplifier Presentation made by: GOSAI VIVEK ( )

OPERATIONAL AMPLIFIERS + - Presented by D.Satishkumar Asst. Professor, Electrical & Electronics Engineering

1 Operational Amplifiers 1. 2 Outlines Ideal & Non-ideal OP Amplifier Inverting Configuration Non-inverting Configuration Difference Amplifiers Effect.

Differential voltage-gain device that amplifies the difference between the voltages existing at its two input terminal. An instrumentation (or instrumentational)

Operational Amplifiers 1. Copyright  2004 by Oxford University Press, Inc. Microelectronic Circuits - Fifth Edition Sedra/Smith2 Figure 2.1 Circuit symbol.

CHAPTER 20 OPERATIONAL AMPLIFIERS (OP-AMPS). Introduction to operational amplifiers Symbol and Terminals.

Ref:080114HKNOperational Amplifier1 Op-Amp Properties (1)Infinite Open Loop gain -The gain without feedback -Equal to differential gain -Zero common-mode.

Shantilal Shah Government Engineering College Bhavnagar Electrical Engg. Department.

Module 2 Operational Amplifier Basics

ARUN MUCHHALA ENGINEERING COLLEGE- DHARI [ ] ANALOG ELECTRONICS Prajapati Omprakash rd ELECTRICAL DEPARTMENT ANALOG ELECTRONICS.

Electronic Circuit-II

Electronic Circuit-II

Presentation transcript:

Chapter 2 – Operational Amplifiers Introduction http://engr.calvin.edu/PRibeiro_WEBPAGE/courses/engr311/Handouts/OpAmp-tutorial-1.ppt Textbook CD http://www.clarkson.edu/%7Esvoboda/eta/designLab/InvertingAmplifierDesign.html

The OP-AMP Terminals Symbol Power Supplies Exercise 2.1

The Ideal OP-AMP _ Open-loop gain Exercise 2.2 i(-) Inverting RO vid A -VS vid Inverting Noninverting Output + _ i(-) i(+) vO = Advid RO A Ri Open-loop gain Exercise 2.2

Analysis of Circuits Containing Ideal OP-AMPS The Inverting Configuration Closed-Loop Gain Virtual Short-Circuit Virtual Ground Negative and Positive Feedback The inverting closed-loop configuration.

Analysis of Circuits Containing Ideal OP-AMPS The Closed-Loop Gain Analysis of the inverting configuration

Analysis of Circuits Containing Ideal OP-AMPS Effect of Finite Open-Loop Gain

Analysis of Circuits Containing Ideal OP-AMPS Example 2.1

Analysis of Circuits Containing Ideal OP-AMPS Input and Output Resistances

Analysis of Circuits Containing Ideal OP-AMPS Example 2.2

Analysis of Circuits Containing Ideal OP-AMPS Exercises

Other Applications of the Inverting Configuration With General Impedances

Other Applications of the Inverting Configuration Example 2.3

A difference amplifier.

Applications of superposition to the analysis of the current circuit of Fig.. 2.21.

Finding the input resistance of the difference amplifier.

Representation of the common-mode and differential components of the input signal to a difference amplifier. Note that v1 = vCM - vd/2 and v2 = vCM + vd/2.

(a) A popular circuit for an instrumentation amplifier (a) A popular circuit for an instrumentation amplifier. (b) Analysis of the circuit in (a) assuming ideal op-amps. (c) To make the gain variable, R1 is implemented as the series combination of a fixed resister R1f and a variable resistor R1v. Resistor R1f ensures that the maximum available gain is limited.

Open-loop gain of a typical general-purpose internally compensated op amp.

(a) Unity-gain follower. (b) Input step waveform (a) Unity-gain follower. (b) Input step waveform. (c) Linearly rising output waveform obtained when the amplifier is slew-rate limited. (d) Exponentially rising output waveform obtained when V is sufficiently small so that the initial slope (wtV) is smaller then or equal to SR.

Effect of slew-rate limiting on output sinusoidal waveforms.