Sedra, Smith, Carusone, Gaudet, Microelectronic Circuits 8e Instructor Resources

Description

A word from the authors about this important revision

This site is contains all of the instructor resources that accompany Microelectronic Circuits, Eighth Edition:

• An electronic version of the Instructor’s Solutions Manual. Written by Adel Sedra, the Manual contains detailed solutions to all chapter exercises and end-of-chapter problems.

• The Instructor’s Solutions Manual for Laboratory Explorations contains detailed solutions to all the exercises and problems found in the student’s laboratory guide.

• Video examples that take students step by step through the procedures required to solve 40 problems presented in the text. (Please note chapter 5 is currently available; the remainder of the videos are forthcoming and will be available soon)

• PowerPoint-based figure slides that feature all the images and summary tables from the text, with their captions, so they can easily be displayed and explained in class.

• Detailed instructor’s support for the SPICE circuit simulations.

• A set of 65 exam questions, for selected chapters, with complete solutions, suggested time allocations, and a recommended breakdown of points per question.

 

Welcome to the digital resources for Microelectronic Circuits, 8th Edition! To help you get off to a smooth start this term, this Instructor Quick Start Guide will cover essential information about using and accessing Oxford's digital resources within your school's LMS via Learning Link Direct.

Click here to download the full Quick Start Guide.

Introducing the Oxford University Press Higher Education Group's Digital Learning Solution: Learning Link Direct for Coopers's Microelectronic Circuits, 8th Edition! Learning Link Direct allow for OUP's digital learning resources for Microelectronic Circuits, 8th Edition, to be available within your institution's own LMS via a one-time course integration.

Click here to download support for integrating resources into Your LMS

The time-table for the following checklist is based on best practices for implementation; however, if you need to implement these sources in a narrower timeframe, our Digital Support Team is there to get you set up in no time at all!

Click here to download your Course Readiness Checklist

To make the integration of Oxford University Press's digital learning resources into your course as simple as possible, we've provided language for your to incorporate into you syllabus. Feel free to copy-and-paste any and all info that will be helpful to you and your students!

Click here to download your Syllabus Guide

To make communicating the value of using Oxford University Press's digital learning resources to your students as easy as possible, we've provided this template for you to distribute to your students ahead of the first day of class.

Click here to download a welcome email template

Having trouble integrating Oxford University Press’s digital learning resources for Sedra's Microelectronic Circuits, 8th Edition into your LMS? Have you discovered an issue with the Oxford University Press content itself? Contact Oxford University Press Support at:

Having trouble logging in to Learning Link or there is an issue with using Oxford University Press's content in Learning Link? Contact the Digital Support Team at:

Having trouble logging in to your school's LMS to access Oxford University Press's content? Contact your school's Administrator or IT Department.

Resources for Microelectronic Circuits 8e Instructor Resources

No results were found

Suggestions:

  • Make sure the author's name is spelled correctly
  • Make sure you are in the right Discipline
  • Try searching only the last name

Microelectronic Circuits 8e Student Resources

Sedra, Smith, Carusone, Gaudet

This section features updated materials to help you study Microelectronic Circuits.

Summary Tables

The tables in the book summarize vital results, concepts, and formulas. They are all collected here in a convenient reference for studying and as a problem-solving aid.

SPICE Simulation Support

Appendix B begins with an introduction to SPICE simulation, followed by a series of simulation examples described in great detail. In this section, you wi...

Microelectronic Circuits 8e Student Resources

Sedra, Smith, Carusone, Gaudet

This section features updated materials to help you study Microelectronic Circuits.

Summary Tables

The tables in the book summarize vital results, c...

Explore Resources:

Supplement x1 in PDF Format

Extra Topics Related to Diodes

Supplement x2 in PDF Format

Extra Topics Related to JFETs and GaAs Devices and Circuits

Supplement x3 in PDF Format

Extra Topics Related to Useful Transistor Pairings

Supplement x4 in PDF Format

Extra Topics Related to Output Stage and Power Amplifiers

Supplement x5 in PDF Format

Extra Topics Related to Internal Op Amp Circuits

Supplement x6 in PDF Format

Extra Topics Related to Filters and Tuned Amplifiers

Supplement x7 in PDF Format

Extra Topics Related to Waveform Generation and Shaping

Supplement x8 in PDF Format

Extra Topics Related to Bipolar Digital Integrated Circuits

Supplement x9 in PDF Format

Extra Topics Related to MOS Digital Integrated Circuits

Chapter 2 SPICE Netlists

Operational Amplifiers

Chapter 2 SPICE Problem Guide

Operational Amplifiers

Video Example VE 5.1

Video Example VE 5.2

Video Example VE 5.3

Video Example VE 5.4

Chapter 4 SPICE Netlists

Diodes

Chapter 4 SPICE Problem Guide

Diodes

Chapter 5 SPICE Netlists

MOS Field-Effect Transistors (MOSFETs)

Chapter 5 SPICE Problem Guide

MOS Field-Effect Transistors (MOSFETs)

Chapter 5 Solved Problems in PDF Format

MOS Field-Effect Transistors (MOSFETs)

Chapter 6 SPICE Netlists

Bipolar Junction Transistors (BJTs)

Chapter 6 SPICE Problem Guide

Bipolar Junction Transistors (BJTs)

Chapter 7 SPICE Netlists

Transistor Amplifiers

Chapter 7 SPICE Problem Guide

Transistor Amplifiers

Chapter 8 SPICE Netlists

Building Blocks of Integrated-Circuit Amplifiers

Chapter 8 SPICE Problem Guide

Building Blocks of Integrated-Circuit Amplifiers

Chapter 9 SPICE Netlists

Differential and Multistage Amplifiers

Chapter 9 SPICE Problem Guide

Differential and Multistage Amplifiers

Chapter 10 SPICE Netlists

Frequency Response

Chapter 10 SPICE Problem Guide

Frequency Response

Chapter 11 SPICE Netlists

Feedback

Chapter 11 SPICE Problem Guide

Feedback

Chapter 12 SPICE Netlists

Output Stages and Power Amplifiers

Chapter 12 SPICE Problem Guide

Output Stages and Power Amplifiers

Chapter 13 SPICE Netlists

Operational-Amplifier Circuits

Chapter 13 SPICE Problem Guide

Operational-Amplifier Circuits

Chapter 16 SPICE Problem Guide

CMOS Digital Logic Circuits

Chapter 16 and 17 SPICE Netlists

CMOS Digital Logic Circuits; Digital Design: Power, Speed, and Area

Chapter 17 SPICE Problem Guide

Digital Design: Power, Speed, and Area

Chapter 5 Solved Problems

MOS Field-Effect Transistors (MOSFETs)

Summary Tables

LTSpice Simulation Guide

Appendix A: VLSI Fabrication Technology

Appendix B: SPICE Device Models and Design with Simulation Examples

Appendix C: Two-Port Network Parameters

Appendix D: Some Useful Network Theorems

Appendix E: Single-Time-Constant Circuits

Appendix F: s-Domain Analysis: Poles, Zeros, and Bode Plots

Appendix G: Comparison of the MOSFET and the BJT

Appendix H: Filter Design Material

Appendix I: Bibliography

Appendix J: Standard Resistance Values and Unit Prefixes

Appendix K: Typical Parameter Values for IC Devices Fabricated in CMOS and Bipolar Processes

Appendix L: Answers to Selected Problems

Level-1 MOS Models for Exemplar Technologies

PSpice Simulation Guide

SPICE Netlists All Chapters

SPICE Netlists Appendix B

SPICE Device Models and Simulation Examples

SPICE Problem Guide Appendix B

SPICE Device Models and Simulation Examples

A General Introduction to Data Sheets

Amplifier Data Sheets

BJT Data Sheets

Diode Data Sheets

Logic Data Sheets

MOS Data Sheets

Zener and Regulator Data Sheets

Printed from , all rights reserved. © Oxford University Press, 2020