Electronic Circuits: Discrete & Integrated,Schilling

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This new edition features increased coverage of integrated circuit fabrication techniques and layout issues, especially in VLSI design. It also includes increased discussion of microprocessors and operational amplifiers. Key Features: The present edition is designed to prepare the student to use the new techniques effectively. It is intended as a beginning text in electronic circuits for upper-sophomore or junior-level engineering and physics students. This third edition is based on the same philosophy of teaching as the other two: practical circuit design seldom makes direct use of device physics: instead, it uses terminal properties. The prime objective of this text is to provide insight into the analysis and design of electronic circuits.

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: Donald Schilling Donald L. Shilling is the Herbert G. Kayser Distinguished proffesor of Electrical Engineering at the city Colledge of the City University of New York where he has been a professor since 1969.Proffessor Shilling has taught Electrical Engineering since 1956,more than32 years. His books include Electronic Circuits: Discrete and integrated; Introduction to system, circuits, and devices; Principle of Communications Systems; Digital Integrated Electronics;Electronic Circuits: Discrete and Integrated(2d edition); and Dynamic Project Management. he has also published more than 140 technical papers in the telecommunication feild.Proffesor Schilling was president of the IEEE Communication Society, a member of the board of directors of the IEEE, and editor-in-cheif of the IEEE Transaction on Communications magazine and Communication magazine. Charles Belove Charles Belove was one of the great teachers in electrical engineering. After receving his Ph.D from Yale University,he become a professor and taught for 25v years at the Polytecnic Insitute of Brooklyn, tne New York Insitute of Technology and the Florida Atlantic University.Professor Belove wrote six text books and was editor-in-cheif of the Handbookof Modern Electronics and Engineering(1986) This text Contain 2400 pages dealing with all of the modern aspects of electrical engineering.Dr. Belove died in 1986. Tuvia Apelewicz Tuvia Apelewicz is the Director of Communication Systems at SCS Telcom Inc. He received his Ph.D in electrical engineering from the city University of the New York in 1978. He is Presently Leading a team of research scientist in the SCS Telcome development of a state-of-art digital signal processing moderm for commercial applications. In addition,he is a part-time associate professor at the New York Insitute of Technology. Dr. Tuvia Apelewicz began his research and development career in 1978 as a member of the technical staff at Bell Laborateries. He was also an assitant Professor in the Electrial Engineering Department at the City University of New York Prior to Joining SCS telecom. He was chief scientist at both Tadiran COrp. and Telkoor.Professor Apelewicz is a member of IEEE, Sigma Xi, Eta Kappa Nu, and Tau Beta Pi societies. Raymond Saccardi Raymond J. Saccardi has more than 15 years solid Exeperience with high-speed systems. Currently with the Department of Defense, he is a branch Chief responsible for in-house design and Construction of several, large, special purpose systems. These systems are implemented using microprocessors, high-speed ECL integrated circuits, custom VLSI, and high-speed 32-bit minicomputers.Mr. Saccardi teaches courses on computer architecture, minicomputers, and microprocessors for the Department of DEfense,at the University of Maryland where he is an adjucent professor. he is a member of IEEE, the IEEE COmputer Society, and Eta Kappa Nu. His works have been Published, and he has received several awards for his technical performence. Table of Content: Chapter 1 Diode-Circuit Analysis Chapter 2 Introduction to Transistor Circuits Chapter 3 The Field-Effect Transistor Chapter 4 Bias Stability Chapter 5 Audio-Frequency Linear Power Amplifiers Chapter 6 Small-Signal Low-Frequency Analysis and Design Chapter 7 Multiple-Transistor Circuits Chapter 8 Applications of Operational Amplifiers Chapter 9 Frequency and Switching-Speed Limitation Chapter 10 Feedback, Frequency Compensation of Op-Amps, and Oscillators Chapter 11 Logic Functions and Boolean Algebra Chapter 12 Logic Gates Chapter 13 Flip-Flops Chapter 14 Registers, Counters, and Arithmetic Circuits Chapter 15 Sample-Hold Circuits, Digital-to-Analog and Analog-to-Digital Converters, and Timing Circuits Chapter 16 VLSI Circuit Fabrication and Its Effect on Performance, Density and Cost Chapter 17 ASIC Design Methodologies and System Design Considerations Chapter 18 Computer-Aided Design Software (CADS) for VSI Design Appendix A Appendix B Appendix C