Silicon VLSI Technology: Fundamentals, Practice and Modeling

Book Description
For one-quarter/semester, senior/graduate level courses in Fabrication Processes. Unique in approach, this text provides an integrated view of silicon technology--with an emphasis on modern computer simulation. It describes not only the manufacturing practice associated with the technologies used in silicon chip fabrication, but also the underlying scientific basis for those technologies.

Table of Contents
1. Introduction and Historical Perspective.
2. Modern CMOS Technology.
3. Crystal Growth, Wafer Fabrication and Basic Properties of Silicon Wafers.
4. Semiconductor Manufacturing— Clean Rooms, Wafer Cleaning and Gettering.
5. Lithography.
6. Thermal Oxidation and the Si/SiO2 Interface.
7. Dopant Diffusion.
8. Ion Implantation.
9. Thin Film Deposition.
10. Etching.
11. Backend Technology.

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Making Things Move DIY Mechanisms for Inventors, Hobbyists, and Artists

Book Description
In Making Things Move, you’ll learn how to build moving mechanisms through non-technical explanations, examples, and do-it-yourself projects--from art installations to toys to labor-saving devices. The projects include a drawing machine, a mini wind turbine, a mobile robot, and more, but the applications of the examples are limited only by your imagination. A breadth of topics is covered ranging from how to attach couplers and shafts to a motor, to converting between rotary and linear motion.

Table of Contents
1 Introduction to Mechanisms and Machines
2 Materials: How to Choose and Where to Find Them
3 Screw It or Glue It: Fastening and Joining Parts
4 Forces, Friction and Torque (Oh My)
5 Mechanical and Electrical Power, Work, and Energy
6 Eeny, Meeny, Miny, Motor: Options for Creating and Controlling Motion
7 The Guts: Bearings, Couplers, Gears, Screws, and Springs
8 Combining Simple Machines for Work and Fun
9 Making Things and Getting Things Made
10 Projects

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Pulse, Digital And Switching Waveforms by Jacob Millman

Book Description
This book describes active and passive devices and circuit configurations used for the generation and processing of pulse, digital, and switching waveforms. These nonsinusoidal signals find extensive application in such fields as computers, control systems, counting and timing systems, data-processing systems, digital instrumentation, pulse communications, radar, telemetry, television, and in many areas of experimental research.

Table of Contents
Review of Selected Topics in Electronic Circuit Theory
Linear Wave Shaping: RC, RL, and RLC Circuits
Pulse Transformers and Delay Lines
Wideband Amplifiers (Uncompensated)
Wideband Amplifiers (Compensated)
Steady-state Switching Characteristics of Devices
Clipping and Comparator Circuits
Clamping and Switching Circuits
Logic Circuits
Bistable Multivibrators
Monostable and Astable Multivibrators
Negative-resistance Devices
Negative-resistance Switching Circuits
Voltage Time-base Generators
Current Time-base Generators
Blocking-oscillator Circuits
Sampling Gates
Counting and Timing
Synchronization and Frequency Division
Transient Switching Characteristics of Diodes and Transistors
Ringing Circuit with Nonzero Initial Conditions
Distributed-parameter Delay Lines
Lumped-parameter Delay Lines
Tube Characteristics

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Electronic Devices and Circuits by Millman and Halkias

Book Description
This book, intended as a text for a first course in electronics for electrical engineering or physics students, has two primary objectives: to present a clear consistent picture of the internal physical behavior of many electronics devices, and to teach the reader how to analyze and design electronic circuits using these devices. There are over 600 homework problems, which will test the student's grasp of the fundamental concepts enunciated in the book and will give him experience in the analysis and design of electronic circuits.

Table of Contents
1-Electron Ballistic and Applications
2-Energy Levels and Energy Bands
3-Conduction in Metals
4-Vacuum-Diode Characteristics
5-Conduction in Semi-conductors
6-Semi-conductor Diode Characteristics
7-Vacuum Tube Characteristics
8-Vacuum-Tube Small-Models and Applications
9-Transistor Characteristics
10-Transistor Biasing and Thermal Stabilization
11-Small-Signal Low-Frequency Transistor Models
12-Low-Frequency Transistor Amplifier Circuits
13-The High-Frequency Transistor
14-Field Effect Transistor
15-Integrated Circuits
16-Untuned Amplifiers
17-Feedback Amplifiers and Oscillators
18-Large-Signal Amplifier
19-Photoelectric Devices
20-Rectifiers and Power Supplies

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Electronic Instrumentation and Measurements by David A. Bell (2nd Ed.)

Book Description
This book offers a complete treatment of both digital and analog instruments; their operation, application, and limitations. Measurement methods and measurement precision are also covered. Commencing with the explanations of units, dimensions, and standards, the text treats measurement errors, then covers electromechanical instruments in one chapter and analog electronics VOMs in another. A single chapter is devoted to the explanation of digital instruments basics and another to digital voltmeters and frequency meters. Instrument calibration is also explained, and methods of measuring resistance, inductance, and capacitance are covered in detail. The operation and application of oscilloscopes, both analog and digital, is comprehensively treated, as are a wide variety of laboratory-type electronic instruments.

Table of Contents
1- Units, Dimensions, and Standards
2- Measurement Errors
3- Electromechanical Instruments
4- Analog Electronic Volt-Ohm Milliammeters
5- Digital Instrument Basics
6- Digital Voltmeters and Frequency Meters
7- Low, High and Precise Resistance Measurements
8- Inducatnce and Capacitance Measurements
9- Cathode-ray Oscilloscopes
10- Special Oscilloscopes
11- Signal Generators
12- Instrument Calibration
13- Graphic Recording Instruments
14- Waveform Analyzing Instruments
15- Miscellaneous Meters
16- Laboratory Power Supplies

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Encyclopedia of Electronic Circuits (Volumes 1 - 6)

Description
This is a set of six volumes books discussing a lot of electronic circuits.

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Encyclopedia of Electronic Components (Volume 1 - Power Sources and Conversion)

Book Description
Want to know how to use an electronic component? This first book of a three-volume set includes key information on electronics parts for your projects—complete with photographs, schematics, and diagrams. You’ll learn what each one does, how it works, why it’s useful, and what variants exist. No matter how much you know about electronics, you’ll find fascinating details you’ve never come across before.

Table of Contents
Chapter 1. How to Use This Book
Chapter 2. battery
Chapter 3. jumper
Chapter 4. fuse
Chapter 5. pushbutton
Chapter 6. switch
Chapter 7. rotary switch
Chapter 8. rotational encoder
Chapter 9. relay
Chapter 10. resistor
Chapter 11. potentiometer
Chapter 12. capacitor
Chapter 13. variable capacitor
Chapter 14. inductor
Chapter 15. AC-AC transformer
Chapter 16. AC-DC power supply
Chapter 17. DC-DC converter
Chapter 18. DC-AC inverter
Chapter 19. voltage regulator
Chapter 20. electromagnet
Chapter 21. solenoid
Chapter 22. DC motor
Chapter 23. AC motor
Chapter 24. servo motor
Chapter 25. stepper motor
Chapter 26. diode
Chapter 27. unijunction transistor
Chapter 28. bipolar transistor
Chapter 29. field effect transistor

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Principles of Electronics: For B.E./ B.Tech & Other Engineering Examinations

Book Description

This book is written specially for the students preparing for diploma, B.Sc., AMIE, BE/B. Tech and other engineering examinations. It also meets the needs of those readers who want to gain sound understanding of electronics. Every topic is developed in sufficient depth to expose the fundamental principles, concepts, methods and circuits to understand the electronic system.

Table of Contents

Introduction

Electron Emission

Gas-filled Tubes

Atomic Structure

Semiconductor Physics

Semiconductor Diode

Special Purpose Diodes

Transistors

Transistor Biasing

Single Stage Transistor Amplifiers

Multi Stage Transistor Amplifiers

Transistor Audio Power Amplifiers

Amplifiers with Negative Feedback

Sinusoidal Oscillators

Transistor Tuned Amplifiers

Modulation and Demodulation

Regulated D.C. Power Supply

Solid State Switching Circuits

Field Effect Transistors

Silicon Controlled Rectifier

Electronic Instruments

Integrated Circuits

Hybrid Parameters

Operational Amplifiers

Digital Electronics

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Practical Electronics for Inventors

Book Description
THE BOOK THAT MAKES ELECTRONICS MAKE SENSE. This intuitive, applications-driven guide to electronics for hobbyists, engineers, and students doesn't overload readers with technical detail. Instead, it tells you-and shows you-what basic and advanced electronics parts and components do, and how they work. Chock-full of illustrations, "Practical Electronics for Inventors" offers over 750 hand-drawn images that provide clear, detailed instructions that can help turn theoretical ideas into real-life inventions and gadgets.

CRYSTAL CLEAR AND COMPREHENSIVE. Covering the entire field of electronics, from basics through analog and digital, AC and DC, integrated circuits (ICs), semiconductors, stepper motors and servos, LCD displays, and various input/output devices, this guide even includes a full chapter on the latest microcontrollers. A favorite memory-jogger for working electronics engineers, Practical Electronics for Inventors is also the ideal manual for those just getting started in circuit design. If you want to succeed in turning your ideas into workable electronic gadgets and inventions, is THE book.Starting with a light review of electronics history, physics, and math, the book provides an easy-to-understand overview of all major electronic elements, including: Basic passive components o Resistors, capacitors, inductors, transformers o Discrete passive circuits o Current-limiting networks, voltage dividers, filter circuits, attenuators o Discrete active devices o Diodes, transistors, thrysistors o Microcontrollers o Rectifiers, amplifiers, modulators, mixers, voltage regulators

ENTHUSIASTIC READERS HELPED US MAKE THISBOOK EVEN BETTER. This revised, improved, and completely updated second edition reflects suggestions offered by the loyal hobbyists and inventors who made the first edition a bestseller. Reader-suggested improvements in this guide include: Thoroughly expanded and improved theory chapterNew sections covering test equipment, optoelectronics, microcontroller circuits, and moreNew and revised drawingsAnswered problems throughout the book

"Practical Electronics for Inventors" takes you through reading schematics, building and testing prototypes, purchasing electronic components, and safe work practices. You'll find all thisin a guide that's destined to get your creative-and inventive-juices flowing.

Table of Contents
Part I - Theory
Chapter 1. Introduction
Chapter 2. Theory
Part II - Devices
Chapter 3. Basic Electronic Components
Chapter 4. Discrete Semiconductors
Chapter 5. Optoelectronics
Chapter 6. Sensors
Chapter 7. Hands-on Electronics
Part III - Design
Chapter 8. Operational Amplifiers
Chapter 9. Filters
Chapter 10. Oscillators and Timers
Chapter 11. Voltage Regulators and Power Supplies
Chapter 12. Digital Electronics
Chapter 13. Microcontrollers
Chapter 14. Electromechanical Devices
Chapter 15. Audio Electronics
Chapter 16. Applied Electronics
Part IV - Appendixes

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Electronic Gadgets for the Evil Genius: 28 Build-It-Yourself Projects

Book Description
The do-it-yourself hobbyist market, particularly in the area of electronics, is hotter than ever. This books gives the “evil genius” loads of projects to delve into, from an ultrasonic microphone, to a body heat detector, and all the way to a Star Wars Light Saber. This book makes creating these devices fun, inexpensive, and easy.

Table of Contents
Chapter 1- Anti-gravity project
Chapter 2- Low Power Electroinetic Gun
Chapter 3- High Energy Pulser
Chapter 4- Mass Accelerator
Chapter 5- Plasma Thermal Gun
Chapter 6- Wire-Exploding Project
Chapter 7- Magnetic Can Crushing
Chapter 8- Handheld Burning CO2 Gas Laser
Chapter 9- Handheld Burning Diode Laser Ray Gun
Chapter 10- Long Range Optical Laser Project
Chapter 11- Handheld, Ultrabright Green Laser
Chapter 12- Laser Property-Protection Fence
Chapter 13- Laser Window Bounce Listening Device
Chapter 14- Twelve Inch Spark Tesla Coil
Chapter 15- Two Inch Spark Tesla Coil with Timer
Chapter 16- Tesla Plasma and Ion Projects
Chapter 17- Solid State Tesla Coil
Chapter 18- Thirty Inch Spark Tesla Lightening Generator
Chapter 19- Travelling Plasma Jacob's Ladder
Chapter 20- Amazing Plasma Tornado Generator
Chapter 21- Plasma Light Saber
Chapter 22- Ion Ray and Charge Gun
Chapter 23- See in The Dark Project
Chapter 24- Fish Stunning and Wormer Project
Chapter 25- Electromagnetic Pulse (EMP) Generator
Chapter 26- Ultrasonic Microphone
Chapter 27- Phaiser Pain Field Gun
Chapter 28- Pain Field Property Protection Gaurd

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Bionics for the Evil Genius: 25 Build-it-Yourself Projects

Book Description
The best-selling Evil Genius format provides hobbyists with a fun and inexpensive way to learn bionics via 25 complete projects. Once the focus of popular 70's TV, bionics (integrating mechanical and electronic materials with living matter) are being used more than ever to replace or repair physiological or anatomical functions or disorders.

Table of Contents
SECTION ONE: INTRODUCTION
SECTION TWO: BIOLOGY AND ELECTRONICS
SECTION THREE: 25 PRACTICAL PROJECTS
Project 1: Experiments with an Electric Fish
Project 2: Visual Biofeedback
Project 3: Audio Biofeedback
Project 4: Nerves Stimulator
Project 5: Stroboscopic Lamp
Project 6: Bio-Amplifier
Project 7: Panic Generator
Project 8: Magnetic Field Generator
Project 9: Hypnotic LEDs
Project 10: Insect Repellent
Project 11: Bionic Trap
Project 12: Animal Conditioner
Project 13: White Noise Generator
Project 14: Bionic Ear
Project 15: Insect Killer
Project 16: Bionic Tactile Organ
Project 17: Lie Detector
Project 18: Bionic Smell Generator
Project 19: Experimenting with Oscillators
Project 20: Ionizer
Project 21: Tactile Hearing Aid
Project 22: Using the Multimeter in Bionic Experiments
Project 23: Bionic Vision
Project 24: Ecological Monitor
Project 25: Bat Ear
SECTION FOUR: ADDITIONAL INFORMATION
SECTION FIVE: RESOURCES
INDEX

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22 Radio and Receiver Projects for the Evil Genius

Book Description
"22 Radio and Receiver Projects for the Evil Genius" features a unique collection of projects that teach you radio and electronics essentials such as the radio spectrum, how to read schematics, and how to solder. After each project is completed, you can enjoy listening to and using their new receiver.

Table of Contents
1 Radio Background and History
2 Identifying Components and Reading Schematics
3 Electronic Parts Installation and Soldering
4 AM, FM, and Shortwave Crystal Radio Projects
5 TRF AM Radio Receiver
6 Solid-State FM Broadcast Receiver
7 Doerle Single Tube Super-Regenerative Radio Receiver
8 IC Shortwave Radio Receiver
9 80/40 Meter Code Practice Receiver
10 WWV 10 MHz “Time-Code” Receiver
11 VHF Public Service Monitor (Action-Band) Receiver
12 6 & 2-Meter Band Amateur Radio Receiver
13 Active and Passive Aircraft Band Receivers
14 VLF or Very Low Frequency Radio Receiver
15 Induction Loop Receiving System
16 Lightning Storm Monitor
17 Ambient Power Receiver
18 Earth Field Magnetometer Project
19 Sudden Ionospheric Disturbance (SIDs) Receiver
20 Aurora Monitor Project
21 Ultra-Low Frequency (ULF) Receiver
22 Jupiter Radio Telescope Receiver
23 Weather Satellite Receiver
24 Analog to Digital Converters (ADCs)

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Electronic Circuits for the Evil Genius: 64 Lessons With Projects

Book Description
Fully updated throughout, Electronic Circuits for the Evil Genius, Second Edition introduces electronic circuits and circuit design, both analog and digital, through a series of projects you’ll complete one simple lesson at a time. The separate lessons build on each other and add up to projects you'll be proud to display, play with, and put to practical use. You don't need to know anything about electronics to get started.

Designed to help you learn by doing, this step-by-step guide provides hours of rewarding fun. You’ll gain valuable experience in circuit construction and design as test, modify, and observe results—skills you can put to work in other exciting circuit-building projects.

Electronic Circuits for the Evil Genius, Second Edition features:
- Seven new lessons, including voltage regulation and photo transistors
- An updated virtual oscilloscope with all material revised to reflect the new scope
- Complete rewrite of lesson 29 to cover the completed prototype circuit using the upgraded scope
- New reference guide to common components and symbols
- A glossary and an expanded appendix that includes instructions for making a printed circuit board, a - guide to reading capacitor values, and a full set of quizzes with answer keys

Learn the ins-and-outs of electronic circuits:
Common Components and Techniques; Semiconductors; Digital Logic; The First NAnd Gate Circuit; Analog Switches for Digital Logic; The NAnd Gate Oscillator; How Do We Understand What We Can't See; Digital Logic Project; Counting Systems in Electronics; Analog to Digital Converter; The 4017 Walking Ring Counter; Remember - Binary's the Word; Design and Build Your Own Project; Amplifiers - What They Are and How To Use Them; Exploring the Op Amp; Applying the Op Amp: Building the Intercom; Prototype and Design

Table of Contents
Part One: Components
Chapter 1. Components
Chapter 2. Resist If You Must
Chapter 3. More Components and Semiconductors
Chapter 4. Two Projects and Then Some More
Part Two: Introduction to Digital Electronics
Chapter 5. Digital Logic
Chapter 6. The First NAND Gate Circuit
Chapter 7. Analog Switches for Digital Circuits
Chapter 8. The NAND Gate Oscillator
Chapter 9. How Do We Understand What We Can't See
Chapter 10. Digital Logic Project
Part Three: Counting Systems in Electronics
Chapter 11. Introducing an Analog-to-Digital Converter
Chapter 12. The 4017 Walking Ring Counter
Chapter 13. Running a Seven-Segment Display
Chapter 14. Define, Design, and Make Your Own Project
Part Four: Amplifiers - What They Are and How To Use Them
Chapter 15. What is an Amplifier?
Chapter 16. Exploring the Op Amp
Chapter 17. Applying the Op Amp: Building the Intercom
Chapter 18. Prototype and Design - Patience Has Its Rewards
Part Five: Appendices
Appendix A. Common Component Packaging
Appendix B. Capacitors: Reading and Decoding
Appendix C. Animations List
Appendix D. Glossary
Appendix E. Make Your Own Printed Circuit Boards

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PIC Microcontrollers: An Introduction to Microelectronics

Book Overview
The use of microcontroller based solutions to everyday design problems in electronics, is the most important development in the field since the introduction of the microprocessor itself. The PIC family is established as the number one microcontroller at an introductory level.

Assuming no prior knowledge of microprocessors, Martin Bates provides a comprehensive introduction to microprocessor systems and applications covering all the basic principles of microelectronics.

Using the latest Windows development software MPLAB, the author goes on to introduce microelectronic systems through the most popular PIC devices currently used for project work, both in schools and colleges, as well as undergraduate university courses. Students of introductory level microelectronics, including microprocessor / microcontroller systems courses, introductory embedded systems design and control electronics, will find this highly illustrated text covers all their requirements for working with the PIC.

Part A covers the essential principles, concentrating on a systems approach. The PIC itself is covered in Part B, step by step, leading to demonstration programmes using labels, subroutines, timer and interrupts. Part C then shows how applications may be developed using the latest Windows software, and some hardware prototyping methods.

The new edition is suitable for a range of students and PIC enthusiasts, from beginner to first and second year undergraduate level. In the UK, the book is of specific relevance to AVCE, as well as BTEC National and Higher National programmes in electronic engineering.

>> A comprehensive introductory text in microelectronic systems, written round the leading chip for project work
>> Uses the latest Windows development software, MPLAB, and the most popular types of PIC, for accessible and low-cost practical work
>> Focuses on the 16F84 as the starting point for introducing the basic architecture of the PIC, but also covers newer chips in the 16F8X range, and 8-pin mini-PICs

Contents
PART A MICROELECTRONIC SYSTEMS
1. Computer Systems
2. Information Coding
3. Microelectronic Devices
4. Digital Systems
5. Microcontroller Operation
PART B THE PIC MICROCONTROLLER
6. A Simple PIC Application
7. PIC Program Development
8. PIC 16F84 Architecture
9. Further Programming Techniques
PART C APPLICATIONS
10. Application Design
11. Program Debugging
Part-4 Micro-controller Systems
12. Prototype Hardware
13. Motor Applications
PART D MORE CONTROLLERS
14. More PIC Microcontrollers
15. More PIC Applications and Devices
16. More Control Systems

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Principles of Electronic Materials and Devices

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Year
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Link2	Download the solution manual

Learn Electronics with Arduino

Book Description
Have you ever wondered how electronic gadgets are created? Do you have an idea for a new proof-of-concept tech device or electronic toy but have no way of testing the feasibility of the device? Have you accumulated a junk box of electronic parts and are now wondering what to build?

Learn Electronics with Arduino will answer these questions to discovering cool and innovative applications for new tech products using modification, reuse, and experimentation techniques. You'll learn electronics concepts while building cool and practical devices and gadgets based on the Arduino, an inexpensive and easy-to-program microcontroller board that is changing the way people think about home-brew tech innovation.

Learn Electronics with Arduino uses the discovery method. Instead of starting with terminology and abstract concepts, You'll start by building prototypes with solderless breadboards, basic components, and scavenged electronic parts. Have some old blinky toys and gadgets lying around? Put them to work! You'll discover that there is no mystery behind how to design and build your own circuits, practical devices, cool gadgets, and electronic toys.

As you're on the road to becoming an electronics guru, you'll build practical devices like a servo motor controller, and a robotic arm. You'll also learn how to make fun gadgets like a sound effects generator, a music box, and an electronic singing bird.

What you’ll learn
1-Electronics fundamentals using the discovery method
2-How to make your own embedded diagnostics for your gadgets
3-How to drive servos and DC motors with Arduino
4-How to work with analog signals and sound
5-How to put photocells to work
6-How to create LED displays
7-Who this book is for

This book will appeal to inventors, engineers, educators, and technology students interested in exploring rapid product design concepts by modifying circuits, using the Arduino, and reuse of discarded non-functional electronics.

Table of Contents
1-An Electronic “Singing” Bird
2-A Mini Digital Roulette Game
3-An Interactive Light Sequencer Device
4-Physical Computing and DC Motor Control
5-Motion Control with an Arduino: Servo and Stepper Motor Controls
6-The Music Box
7-Fun with Haptics
8-Creating Smart Power with an Arduino
9-A Logic Checker
10-Man It's Hot: Temperature Measurement and Control

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BeBOP - To the Boolean Boogie - An Unconventional Guide to Electronics

Book Overview
It's not a "how-to-do" electronics book, but rather an in-depth explanation of how today's integrated circuits work, how they are designed and manufactured, and how they are put together into powerful and sophisticated electronic systems. In addition to the technical details, it's packed with practical information of interest and use to engineers and support personnel in the electronics industry. It even tells how to pronounce the alphabet soup of acronyms that runs rampant in the industry.

Contents
Section 1: Fundamentals
Chapter 1 Analog versus Digital
Chapter 2 Atoms, Molecules, and Crystals
Chapter 3 Conductors, Insulators, and Other Stuff
Chapter 4 Semiconductors (Diodes and Transistors)
Chapter 5 Primitive Logic Functions
Chapter 6 Using Transistors to Build Logic Gates
Chapter 7 Alternative Numbering Systems
Chapter 8 Binary Arithmetic
Chapter 9 Boolean Algebra
Chapter 10 Karnaugh Maps
Chapter 11 Slightly More Complex Functions
Chapter 12 State Machines
Chapter 13 Analog-to-Digital and Vice Versa
Section 2: Components and Processes
Chapter 14 Integrated Circuits (ICs)
Chapter 15 Memory ICs
Chapter 16 Programmable ICs
Chapter 17 Application-Specific Integrated Circuits (ASICs)
Chapter 18 Circuit Boards
Chapter 19 HybridsChapter 20System-in-Package (Sip) and Friends
Chapter 21 Alternative and Future Techno
Section 3 Design Tools and Stuff
Chapter 22 General Concepts
Chapter 23  Design and  Verification Tools

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VLSI fabrication principles: silicon and gallium arsenide

Book Review
Fully updated with the latest technologies, this edition covers the fundamental principles underlying fabrication processes for semiconductor devices along with integrated circuits made from silicon and gallium arsenide. Stresses fabrication criteria for such circuits as CMOS, bipolar, MOS, FET, etc. These diverse technologies are introduced separately and then consolidated into complete circuits.

Contents
1-Material Properties.
2-Phase Diagrams and Solid Solubility.
3-Crystal Growth and Doping.
4-Diffusion.
5-Epitaxy.
6-Ion Implantation.
7-Native Films.
8-Deposited Films.
9-Etching and Cleaning.
10-Lithographic Processes.
11-Device and Circuit Fabrication.
Appendix.
Index.

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Handbook of Modern Sensors: Physics, Designs, and Applications

Introduction:
This book is about devices commonly called sensors. The invention of a microprocessor has brought highly sophisticated instruments into our everyday lives.Numerous computerized appliances, of which microprocessors are integral parts,wash clothes and prepare coffee, play music, guard homes, and control room tem-perature. Microprocessors are digital devices that manipulate binary codes generally
represented by electric signals. Yet, we live in an analog world where these devices function among objects that are mostly not digital. Moreover, this world is generally not electrical (apart from the atomic level). Digital systems, however complex and intelligent they might be, must receive information from the outside world. Sensors are interface devices between various physical values and electronic circuits who “understand” only a language of moving electrical charges. In other words, sensors are the eyes, ears, and noses of silicon chips. Sensors have become part of everyone’s life. In the United States alone, they comprise a $12 billion industry.

Contents:
Chapter - 1: Data Acquisition
Chapter - 2: Sensor Characteristics
Chapter - 3: Physical Principles of Sensing
Chapter - 4: Optical Components of Sensors
Chapter - 5: Interface Electronic Circuits
Chapter - 6: Occupancy and Motion Detectors
Chapter - 7: Position, Displacement, and Level
Chapter - 8: Velocity and Acceleration
Chapter - 9: Force, Strain, and Tactile Sensors
Chapter - 10: Pressure Sensors
Chapter - 11: Flow Sensors
Chapter - 12: Acoustic Sensors
Chapter - 13: Humidity and Moisture Sensors
Chapter - 14: Light Detectors
Chapter - 15: Radiation Detectors
Chapter - 16: Temperature Sensors
Chapter - 17: Chemical Sensors
Chapter - 18: Sensor Materials and Technologies

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Building Your Own Electronics Lab by Dale Wheat

Introduction:
We’re surrounded by electronics these days. Did you ever wonder how it all worked? Do you know just enough about electricity to be dangerous? Would you like to learn more? Then this book is for you.
There are many excellent textbooks on how electricity works. This is not one of them. This book helps you get started learning about electricity and electronics by showing you how to set up your own electronics laboratory. You might have guessed that from the title.
Along the way, several simple exercises are presented to show you some basic concepts about
how electricity works in the real world—not just in a lecture hall. By the time you get done reading this
short book, you’ll have a good idea of where to begin and what kinds of tools and components you might need, and you’ll have some excellent adviceabout how to keep it all organized.
Once you’ve got your own space set up to perform your electronic experiments, the sky is the
limit.

Contents:
Chapter 1: Planning Your Electronics Workshop
Chapter 2: Building Your Tool Chest
Chapter 3: Components
Chapter 4: A Portable Mini-Lab
Chapter 5: The Cozy Corner Lab
Chapter 6: The Small Group Lab and Classroom

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