| Titre : | Linear Integrated Circuit Applications. Using Electronics Workbench® : Hardware and Simulation Exercices | | Type de document : | Livres, articles, périodiques | | Auteurs : | John P. Borris, Auteur | | Editeur : | Upper Saddle River, N.J. : Prentice Hall | | Année de publication : | 2000 | | Importance : | 1vol. (166 p. - A-28) | | Présentation : | noir et blanc | | Accompagnement : | Disquette | | Langues : | Anglais (eng) | | Mots-clés : | Circuits inté gré s liné aires Simulation par ordinateur Electronic workbench Linear integrated circuits Computer simulation | | Index. décimale : | 621.3 Ingénierie électrique | | Résumé : | Most instructors of electronics are aware of the importance of hands-on hardware applications of electronics. We all know this is essential and is an indispensable part of electronics engineering technology. This book gives the student hardware applications as well as simulation exercices using Electronics Workbench® software. Although this book is primarily about linear integrated circuit applications, discrete devices and some digital integrated circuits are included.
The instructor that likes hardware applications will be pleased to know that hardwired projects are included in the chapter ; especially in Chapter 10, which is dedicated mostly to hardware projects. For the instructor that wishes to take advantage of the new simulation techniques that most progressive industries now use, there are numerous laboratory exercises.
The purpose of this book is to emphasize areas of electronics that industry wants current and future employees to understand. Employers want employees that know how to think on their feet, develop a plan of work, and follow through by completing the company project. This means that we must teach some theory, show students the steps in planning and having good documentation, and have them complete quality application projects that have meaning in the real world. Il also means we must let go of how we used to do it and try to stay in the mainstream of the rapidly changing technological world. | | Note de contenu : | 1. Introduction to the Operational Amplifier Integrated Circuit. 2. Basic Op-Amp Circuits with Feedback. 3. Comparator Circuit Applications. 4. Active Filter Applications. 5. Signal Generating Circuits. 6. Timing Circuits Used In Digital Electronics. 7. Digital to Analog & Analog to Digital Converter Principles and Applications. 8. Power Supply Circuits. 9. Audio and Power Amplifiers. 10. Selected IC Projects. |
Linear Integrated Circuit Applications. Using Electronics Workbench® : Hardware and Simulation Exercices [Livres, articles, périodiques] / John P. Borris, Auteur . - Upper Saddle River, N.J. : Prentice Hall, 2000 . - 1vol. (166 p. - A-28) : noir et blanc + Disquette. Langues : Anglais ( eng) | Mots-clés : | Circuits inté gré s liné aires Simulation par ordinateur Electronic workbench Linear integrated circuits Computer simulation | | Index. décimale : | 621.3 Ingénierie électrique | | Résumé : | Most instructors of electronics are aware of the importance of hands-on hardware applications of electronics. We all know this is essential and is an indispensable part of electronics engineering technology. This book gives the student hardware applications as well as simulation exercices using Electronics Workbench® software. Although this book is primarily about linear integrated circuit applications, discrete devices and some digital integrated circuits are included.
The instructor that likes hardware applications will be pleased to know that hardwired projects are included in the chapter ; especially in Chapter 10, which is dedicated mostly to hardware projects. For the instructor that wishes to take advantage of the new simulation techniques that most progressive industries now use, there are numerous laboratory exercises.
The purpose of this book is to emphasize areas of electronics that industry wants current and future employees to understand. Employers want employees that know how to think on their feet, develop a plan of work, and follow through by completing the company project. This means that we must teach some theory, show students the steps in planning and having good documentation, and have them complete quality application projects that have meaning in the real world. Il also means we must let go of how we used to do it and try to stay in the mainstream of the rapidly changing technological world. | | Note de contenu : | 1. Introduction to the Operational Amplifier Integrated Circuit. 2. Basic Op-Amp Circuits with Feedback. 3. Comparator Circuit Applications. 4. Active Filter Applications. 5. Signal Generating Circuits. 6. Timing Circuits Used In Digital Electronics. 7. Digital to Analog & Analog to Digital Converter Principles and Applications. 8. Power Supply Circuits. 9. Audio and Power Amplifiers. 10. Selected IC Projects. |
|
Faire une suggestion Affiner la rechercheLinear Integrated Circuit Applications. Using Electronics Workbench® / John P. Borris
