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SPIRES-BOOKS: FIND KEYWORD ELECTRONIC CIRCUIT DESIGN DATA PROCESSING *END*INIT* use /tmp/qspiwww.webspi1/13688.16 QRY 131.225.70.96 . find keyword electronic circuit design data processing ( in books using www Cover Image
Call number:TK7874.W357::1998 Show nearby items on shelf
Title:Distortion analysis of analog integrated circuits
Author(s): Piet Wambacq
Willy M.C. Sansen
Date:1998
Publisher:Kluwer Academic
ISBN:0792381866
Series:International series in engineering and computer science, v. 451
Keywords: Linear integrated circuits Design Data processing , Symbolic circuit analysis , Electronic circuit design Data processing , Computer-aided design
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Call number:TK7867.SCH96::1987 Show nearby items on shelf
Title:Computer-aided design of microelectronic circuits and systems : fundamentals, methods, and tools
Author(s): A.F. Schwarz
Date:1987
Publisher:Academic Press, London
Size:21430
ISBN:012632431X
Keywords: Electronic circuit design Data processing.
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Call number:TK7867.C47 Show nearby items on shelf
Title:Computer-aided analysis of electronic circuits : algorithms and computational techniques
Author(s): Leon O. Chua 1936-
Pen-Min Lin
Date:1975
Publisher:Prentice-Hall, Englewood Cliffs, N.J
Size:737
ISBN:0131654152
Series:Prentice-Hall series in electrical and computer engineering 22-23
Keywords: Electronic circuit design Data processing.
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Call number:SPRINGER-2011-9789400716797:ONLINE Show nearby items on shelf
Title:Energy-Aware System Design [electronic resource] : Algorithms and Architectures
Author(s): Chong-Min Kyung
Sungjoo Yoo
Date:2011
Publisher:Dordrecht : Springer Netherlands
Size:1 online resource
Note:Springer e-book platform
Note:Springer 2013 e-book collections
Note:Power consumption becomes the most important design goal in a wide range of electronic systems. There are two driving forces towards this trend: continuing device scaling and ever increasing demand of higher computing power.First, device scaling cont inues to satisfy Moores law via a conventional way of scaling (More Moore) and a new way of exploiting the vertical integration (More than Moore). Second, mobile and IT convergence requires more computingpower on the silicon chip than ever. Cell phones ar e now evolving towards mobile PC. PCs and data centers are becoming commodities in house and a must in industry. Both supply enabled by device scaling and demand triggered by theconvergence trend realize more computation on chip (via multi-core, integrati on of diverse functionalities on mobile SoCs, etc.) and finally more power consumption incurring power-related issues and constraints. Energy-Aware SystemDesign: Algorithms and Architectures provides state-of-the-art ideas for low power design methods fro m circuit, architecture to software level andoffers design case studies in three fast growing areas of mobile storage, biomedicaland security. Important topics and features: - Describes very recent advanced issues and methods for energy-aware design at ea ch design level from circuit andarchitecture toalgorithm level, and also covering important blocksincluding low power main memory subsystem and on-chip network at architecture level - Explains efficient power conversion and delivery which is becoming impo rtant as heterogeneous power sources are adopted for digital and non-digitalparts - Investigates 3D die stacking emphasizing temperature awareness for better perspective on energy efficiency - Presents three practical energy-aware design case studies nove l storage device (e.g., solid state disk), biomedicalelectronics (e.g., cochlear and retina implants), and wireless surveillance camera systems. Researchers and engineers in the field of h
Note:Springer eBooks
Contents:Foreword
1. Introduction
2.Low
Power Circuits: fromSystem
Level Perspective
3.Energy
awareness in Processor/Multi
processors Design
4.Energy
awareness in Contemporary Memory Systems
5.Energy
awareness On
Chip Networks
6. Energy
awareness in Video Codec Design
7.Energy Generation and Conversion for Portable Electronic Systems
8.3D IC for Low Power/Energy
9. Low Power Mobile Storage: SSD Case Study
10.Energy
aware Surveillance Camera
11. IC Design in Biomedical Implantable Electronics
ISBN:9789400716797
Series:e-books
Series:SpringerLink (Online service)
Series:Physics and Astronomy (Springer-11651)
Keywords: Electronic data processing , Systems engineering , Electric engineering
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Call number:SPRINGER-1992-9781461535423:ONLINE Show nearby items on shelf
Title:Electronic Equipment Packaging Technology
Author(s): Gerald L Ginsberg
Date:1992
Size:1 online resource (279 p.)
Note:10.1007/978-1-4615-3542-3
Contents:1 Packaging Implementation -- 1.1 Related General Packaging Issues -- 1.2 Levels of Packaging -- 1.3 Design Implementation Team -- 1.4 Product Applications -- 1.5 Packaging Priorities -- References -- 2 Integrated Circuits -- 2.1
Process Technology -- 2.2 Application-Specific Integrated Circuits -- References -- 3 Circuit Component Packages -- 3.1 Electronic Circuit Components -- 3.2 Electromechanical Circuit Components -- 3.3 Mechanical Circuit Component
Hardware -- References -- 4 Multiple Bare Die Packaging Technologies -- 4.1 Bare-Die Termination Techniques -- 4.2 Hybrid Microcircuits -- 4.3 Chip-on-Board Technology -- 4.4 Multichip Modules -- References -- 5 Packaged Component
Subassemblies -- 5.1 Electrical Performance -- 5.2 Packaging and Interconnecting (P&I) Structures -- 5.3 General Assembly Selection Considerations -- 5.4 Through-hole Technology -- 5.5 Surface Mount Technology (SMT) -- References -- 6
Subassembly Interconnection Systems -- 6.1 Backplane Structures -- 6.2 Backplane Connectors -- 6.3 Discrete Solderless-wrap Backplane Wiring -- References -- 7 Wiring and Cabling Assemblies -- 7.1 Electrical Characteristics -- 7.2 Wire
and Cable Materials -- 7.3 Wire and Cable Configurations -- 7.4 Cabling Connectors -- 7.5 Wire Terminations -- References -- 8 Electronic Equipment Enclosures -- 8.1 General Enclosure Selection Considerations -- 8.2 Cabinets -- 8.3
Small Equipment Enclosures -- 8.4 Portable Carrying Cases -- 8.5 Printed Board Enclosures -- References -- 9 Thermal Management -- 9.1 Basic Thermal Management Considerations -- 9.2 General Thermal Analysis -- 9.3 Heat Sinks -- 9.4 Air
Movers (Fans and Blowers -- 9.5 Liquid Cooling -- 9.6 Thermoelectric Heat Pump Modules -- References -- 10 End Product Applications -- 10.1 Consumer Electronics -- 10.2 Data Processing Equipment (Computers) -- 10.3 Aircraft (Avionics)
Equipment -- 10.4 Military Shipboard Electronics -- 10.5 Biomedical Electronics -- References
ISBN:9781461535423
Series:eBooks
Series:SpringerLink (Online service)
Series:Springer eBooks
Keywords: Physics , Condensed matter , Physics , Condensed Matter Physics
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Call number:SPRINGER-1982-9789400978522:ONLINE Show nearby items on shelf
Title:The Study of Fast Processes and Transient Species by Electron Pulse Radiolysis Proceedings of the NATO Advanced Study Institute held at Capri, Italy, 7–18 September, 1981
Author(s):
Date:1982
Size:1 online resource (660 p.)
Note:10.1007/978-94-009-7852-2
Contents:Absorption of Energy From Ionizing Radiation -- 1. X-rays and ?-rays -- (a) Photoelectric effect -- (b) Compton effect -- (c) Pair production -- 2. Electrons -- (a) Excitation and ionisation of molecules -- (b) Emission of radiation
-- (c) Electron range -- (d) Low energy electrons -- 3. Heavy Positive Particles -- (a) High energy -- (b) Low energy -- 4. Neutrons -- References -- Basics of Radiation Chemistry -- Spacial Distribution and Reaction Kinetics -- 1.
Charge Particle Tracks and Track Densities -- 2. Spur Reactions -- 3. Non-Homogeneous Kinetics -- Time Scale of Events in a Liquid -- 1. Development -- 2. Summary of Time Scale -- References -- Sources of Pulsed Radiation -- 1.
Introduction -- 2. Types of Pulsed Radiation Sources -- 2.1. Microwave linear accelerators -- 2.2. Febetrons -- 2.3. Other sources of pulsed radiation -- 3. Physical Dosimetry for Pulses Sources -- References -- Chemical Dosimetry of
Pulsed Electron and X-Ray Sources in the 1-20 MeV Range -- 1.1. Units of Absorbed Dose -- 1.2. Units of Radiation Chemical Yield -- 2.1. Principles of Chemical Dosimetry -- 2.2. The Ferrous Sulphate or Fricke Dosimeter -- 2.3. The
“Super Fricke Dosimeter” -- 2.4. Other Dosimeters Suitable for High Intensity Pulsed Sources -- 3.1. Dosimetry by the Measurement of Fugitive Species -- 3.2. Sources of Error -- 1. Correction due to pulse duration -- 2. Correction for
response time of system -- 3.3. The Thiocyanate Dosimeter -- 3.4. The Hydrated Electron Dosimeter -- 3.5. The Ferrocyanide Dosimeter -- References -- Optical Monitoring Techniques -- 1. General Considerations -- 2. Optical Systems --
2.1. Lenses -- 2.2. Mirrors -- 2.3. Light-Sources -- 2.4. Monochromators -- 3. Monitoring Techniques -- 3.1. Photodetectors -- 3.2. Photomultipliers -- 3.3. Photodiodes -- 3.4. Detector circuits -- References -- Conductivity Monitoring
Techniques -- Electrical Principles -- Limitations -- Experimental Set-ups -- Chemical Examples -- Conclusion -- References -- Polarography Monitoring Techniques -- Experimental Section -- Examples -- Conclusion -- References -- The
Microwave Absorption Technique For Studying Ions and Ionic Processes -- Experimental -- General -- Circuit components -- Irradiation cells -- Irradiation conditions -- Data Reduction -- Reflection cell -- Resonant cavity cell -- The
yield-mobility product -- Application and Comparison with other Techniques -- References -- EPR and NMR Detection of Transient Radicals and Reaction Products -- Time Resolved EPR -- Pulsed EPR -- Time resolved spectra -- Time sweep --
Free induction decay -- NMR in Radiation Chemistry -- References -- Radical Ions and Excited States in Radiolysis. Optically Detected Time Resolved EPR -- Method, Results and Discussion -- References -- Light Scattering Techniques for
Investigation of Transients Produced in Electron Pulse Radiolysis -- Rayleigh Scattering -- Raman Scattering -- Background -- Origin of resonance enhancement -- Experimental -- Pulse radiolysis and TR3 detection -- Current activity --
References -- Data Acquisition and Analysis in Pulse Radiolysis Part is Control, Digitization, and Analysis -- 1.0. Introduction -- 2.0. Timing and Control -- 3.0. Digitisation of the Transient Signal -- 3.1. Oscilloscopes -- 3.2.
Electronic digitiser -- 3.3. Diode matrix technique -- 3.4. Streak cameras -- 3.5. Pulse-probe technique -- 3.6. Counting methods -- 3.7. Computer as digitiser -- 4.0. Data Processing and Analysis -- 4.1. Initial data processing --
4.2. Simple linear fitting -- 4.3. Iterative linear regression -- 4.4. Direct solution of kinetic equations -- 4.5. Deconvolution -- 4.6. Statistical considerations -- 5.0. Conclusion -- References -- Data Acquisition and Analysis in
Pulse Radiolysis Part II: Computerization -- 1.0. Introduction -- 2.0. Historical Survey -- 2.1. The computer revolution -- 2.2. Computers in pulse radiolysis -- 3.0. Techniques of Laboratory Computerisation -- 3.1. Computer hardware
-- Minicomputers -- Microcomputers -- 3.2. Hardware Interfacing -- Camac -- GPIB -- S-100 Bus -- Ethernet -- 3.3. Operating systems -- 3.4. Programming languages -- 4.0. Some General Aspects of Design and Implementation -- 4.1.
Flexibility -- 4.2. Ease of use -- 4.3. Manual control option -- 4.4. How much computerisation? -- 5.0. Conclusion -- References -- Rapid Techniques for Correcting Nanosecond Kinetic Traces for Convolution Error -- 1.0. Introduction --
2.0. Separation of the Convolution Integral -- 3.0. Model Excitation Response Function -- 4.0. Discussion -- 5.0. Examples -- 6.0. Conclusion -- References -- Basic Radiation Chemistry of Liquid Water -- 1. Introduction -- 2. Primary
Events -- 3. Experimental Evidence for Spurs -- 4. Yields of the Primary Species -- 4.1. Yields in neutral solution -- 4.2. Dependence on pH -- 5. Initial Yields -- 6. Properties of the Primary Radicals -- 6.1. Hydrated electron --
6.2. Hydrogen atom -- 6.3. Hydroxy1 radical -- 6.4. Perhydroxyl radical -- 7. Water Radiolysis as a Chemical Tool -- 7.1. Oxidising conditions -- 7.2. Reducing conditions -- 8. Concluding Remarks -- References -- Applications of Water
Radiolysis in Inorganic Chemistry -- 1. Introduction -- 2. Inorganic Free Radicals -- 3. Non-metallic Compounds -- 3.1. Oxyhalogen ions -- 3.2. Borohydride ion -- 4. Aquo-metal Ions in Unusual Oxidation States -- 5. Lanthanides and
Actinides -- 6. Transition Metal Complexes -- 6.1. Electron transfer -- 6.2. Coordinated free radicals -- 6.3. Aquation of transition metal complexes -- 6.4. Change in symmetry -- 7. Concluding Remarks -- References -- Application of
Pulse Radiolysis to the Study of Aqueous Organic Systems -- Reactions of OH, e-aq and H -- Hydroxyl radicals -- Hydrated electrons -- Hydrogen atoms -- Design of Experiments -- Radicals formed from OH reactions -- Radicals formed from
e-aq reactions -- Radicals formed from H reactions -- Acid-base properties -- Errors -- Free Radicals Formed from Organic Compounds -- Hydrocarbons -- Halides -- Alcohol and carbonyl compounds -- Sulphur compounds -- References --
Application of Pulse Radiolysis to the Study of Molecules of Biological Importance -- One Electron Reduction Potentials -- Quinones -- Carbohydrates -- Amino Acids and Peptides -- Pyridine Compounds -- Flavins -- Haem and Haemoproteins
-- Vitamin B12 -- Excited States -- References -- Structure and Dynamics of Paramagnetic Transients By Pulsed EPR and NMR Detection of Nuclear Resonance -- Time Resolved EPR -- NMR Detection of Nuclear Resonance -- CIDNP and CIDEP
Contributions -- References -- Transients in Low Temperature Aqueous Glasses -- 1. The Glassy State -- 2. Techniques Used in Matrix Isolation Studies -- Recombination Luminescences -- Electro Luminescences -- 3. Radiation Chemistry in
Glassy Matrices -- 4. Examples of Aqueous Glasses -- 4.1. Pure ice -- 4.2. Acid glasses -- 4.3. Alkaline glasses -- 4.4. Salt glasses -- 4.5. Ethylene glycol-water glasses -- 5. The Fate of Trapped Electrons -- 6. Conclusion --
References -- Labile Species and Fast Processes in Liquid Alcohol Radiolysis -- Overall Reaction -- Major products -- Minor products -- Non-homogeneous Kinetics and Fast Processes -- Decomposition of e-s -- References -- Labile Species
and Fast Processes in Liquid Alkanes -- Ionic Species -- Free ion yields -- Ions in spurs -- Kinetics -- Free Radicals -- Yields -- Reactions -- Excited States -- Yields -- References -- The Dynamics of Electrons and Ions in Non-Polar
Liquids -- Historical perspective -- Ionisation -- Recombination and Escape -- Correlated ion pair kinetics -- The free ion yield -- Homogeneous ion recombination -- Mobilities -- General -- Electrons -- Solvent-radical cations --
Solvent-radical anions -- Molecular ions -- Scavenging Yields -- References -- Molecular Excited States in Liquid Systems -- Primary Events during Fast Electron Bombardment -- Contribution of Pulse Radiolysis -- References --
Radiolytic Studies of Micelles and Other Aggregated Systems -- Cell Membranes -- Micelles -- Reverse Micelles -- Liposomes and Vesicles -- The Hydrated Electron -- The Hydroxy1 Radical -- Reduction of Dimensionality -- Electron
Transfer Reactions -- Binding of Proteins to Vesicle Bilayers -- References -- Transients in Low Temperature Organic Glasses -- 1. Different Types of Organic Glasses -- 2. Properties of Trapped Electrons -- 2.1. The trapping process --
2.2. Structure of trapped electrons -- 3. Reactions of Trapped Electrons -- 3.1. Reaction with scavengers -- 3.2. Reaction with cations -- 4. Cation Radicals -- References -- The Use of Pulse Radiolysis to Study Transient Species in
the Gas Phase -- 1. Introduction -- 2. Excited States -- 2.1. Pure rare gases -- 2.2. Rare gases containing additives -- 3. Charged Species -- 3.1. Recombination -- 3.2. Ion-molecule reactions -- 3.3. Electron capture -- 4. Atoms and
Radicals -- References -- Index of Subjects
ISBN:9789400978522
Series:eBooks
Series:SpringerLink (Online service)
Series:Springer eBooks
Series:NATO Advanced Study Institutes Series, Series C — Mathematical and Physical Sciences: 86
Keywords: Chemistry , Nuclear chemistry , Chemistry , Nuclear Chemistry
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Call number:SPRINGER-1978-9783642812415:ONLINE Show nearby items on shelf
Title:Advanced Electronic Circuits
Author(s): Ulrich Tietze
Date:1978
Size:1 online resource (510 p.)
Note:10.1007/978-3-642-81241-5
Contents:1 Linear and non-linear operational circuitry -- 1.1 Summing amplifier -- 1.2 Subtracting circuits -- 1.3 Bipolar-coefficient circuit -- 1.4 Integrators -- 1.5 Differentiators -- 1.6 Solution of differential equations -- 1.7 Function
networks -- 1.8 Analog multipliers -- 1.9 Transformation of coordinates -- 2 Controlled sources and impedance converters -- 2.1 Voltage-controlled voltage sources -- 2.2 Current-controlled voltage sources -- 2.3 Voltage-controlled
current sources -- 2.4 Current-controlled current sources -- 2.5 NIC (negative impedance converter) -- 2.6 Gyrator -- 2.7 Circulator -- 3 Active filters -- 3.1 Basic theory of lowpass filters -- 3.2 Lowpass/highpass transformation --
3.3 Realization of first order lowpass and highpass filters -- 3.4 Realization of second order lowpass and highpass filters -- 3.5 Realization of lowpass and highpass filters of higher orders -- 3.6 Lowpass/bandpass transformation --
3.7 Realization of second order bandpass filters -- 3.8 Lowpass/band-rejection filter transformation -- 3.9 Realization of second order rejection filters -- 3.10 Allpass filters -- 3.11 Adjustable universal filter -- 4 Broadband
amplifiers -- 4.1 Frequency dependence of the current gain -- 4.2 Influence of transistor and stray capacitances -- 4.3 Cascode amplifier -- 4.4 Differential amplifier as a broadband amplifier -- 4.5 Symmetrical broadband amplifiers --
4.6 Broadband voltage follower -- 4.7 Broadband operational amplifiers -- 5 Power amplifiers -- 5.1 Emitter follower as a power amplifier -- 5.2 Complementary emitter followers -- 5.3 Electronic current limiter -- 5.4 Complementary
emitter followers using Darlington circuits -- 5.5 Rating a power output stage -- 5.6 Driver circuits with voltage gain -- 5.7 Boosting the output current of integrated operational amplifiers -- 6 Power supplies -- 6.1 Properties of
mains transformers -- 6.2 Transformer rectifiers -- 6.3 Series regulation -- 6.4 Generation of the reference voltage -- 6.5 Switching power supplies -- 7 Analog switches and comparators -- 7.1 Principle -- 7.2 Electronic switches --
7.3 Analog switch using amplifiers -- 7.4 Sample-and-hold circuits -- 7.5 Analog comparators -- 7.6 Schmitt trigger -- 8 Signal generators -- 8.1 LC oscillators -- 8.2 Quartz oscillators -- 8.3 RC sinewave oscillators -- 8.4 Function
generators -- 8.5 Multivibrators -- 9 Combinatorial logic circuitry -- 9.1 Coding circuits -- 9.2 Multiplexer and demultiplexer -- 9.3 Unclocked shift register -- 9.4 Digital comparators -- 9.5 Adders -- 9.6 Multipliers -- 9.7 Digital
function networks -- 10 Sequential logic circuitry -- 10.1 Straight binary counters -- 10.2 BCD counters in 8421 code -- 10.3 Presettable counters -- 10.4 Shift registers -- 10.5 Generation of pseudo-random sequences -- 10.6 Processing
of asynchronous signals -- 10.7 Systematic design of sequential circuits -- 11 Microprocessors -- 11.1 Basic structure of a microcomputer -- 11.2 Operation of a microprocessor -- 11.3 Instruction set -- 11.4 Development aids -- 11.5
Microcomputer hardware -- 11.6 Input/output circuits -- 11.7 Minimum systems -- 12 Digital filters -- 12.1 Sampling theorem -- 12.2 Digital transfer function -- 12.3 Bilinear transformation -- 12.4 Construction of digital filters -- 13
Data transmission and display -- 13.1 Transmission lines -- 13.2 Error detection and correction -- 13.3 Static digital displays -- 13.4 Multiplex displays -- 14 D/A and A/D converters -- 14.1 Design principles of D/A converters -- 14.2
Design of D/A converters using electronic switches -- 14.3 D/A converters for special applications -- 14.4 Basic principles of A/D conversion -- 14.5 Accuracy of A/D converters -- 14.6 Design of A/D converters -- 15 Measurement
circuits -- 15.1 Measurement of voltage -- 15.2 Measurement of current -- 15.3 A.C./D.C. converters -- 16 Electronic controllers -- 16.1 Underlying principles -- 16.2 Controller types -- 16.3 Control of non-linear systems -- 16.4
Phase-locked loop -- 17 Appendix: Definitions and nomenclature
ISBN:9783642812415
Series:eBooks
Series:SpringerLink (Online service)
Series:Springer eBooks
Keywords: Physics , Electronic circuits , Electronics , Microelectronics , Physics , Electronic Circuits and Devices , Circuits and Systems , Electronics and Microelectronics, Instrumentation
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