Monday, September 5, 2011

Human Resource Management DeMYSTiFieD8



Human Resource Management DeMYSTiFieD8
by Robert G. DelCampo
| Pages 243 | PDF | 25.2 MB |

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Content,
HR in a Nutshell
  • Chapter Objectives
  • Functions of Management
  • HR: Human Resources or Human Relations?
  • Challenges to HR
  • Selecting HR Strategies
  • Chapter Summary
  • Quiz
Equal Employment Opportunity (EEO) and the Law 
  • Chapter Objectives
  • Understanding the Legal Environment
  • Ideal Behavior and Affirmative Action
  • Discrimination
  • Antidiscrimination Legislation
  • Types of Discrimination
  • Equal Employment Opportunity Commission (EEOC)
  • Definition of Harassment
  • Addressing EEO Complaints
  • Resources for Further Information
  • Chapter Summary
  • Quiz
    Diversity in Organizations

    • Chapter Objectives
    • What Is Diversity?
    • Why Manage Employee Diversity?
    • Challenges in Managing Employee Diversity
    • Diversity in Organizations
    • Improving the Management of Diversity
    • Chapter Summary
    • Quiz
    Job Analysis 
    • Chapter Objectives
    • Strategy and Organizational Structure
    • Designing the Organization
    • Designing Jobs and Conducting
    • a Job Analysis
    • Job Descriptions
    • Special Cases
    • Chapter Summary
    • Quiz
      Employee Selection 
      • Chapter Objectives
      • Forecasting Needs for Employees
      • The Hiring Process
      • Issues in Recruiting
      • Issues in Employee Selection
      • Chapter Summary
      • Quiz
      Compensation 
      • Chapter Objectives
      • Compensation
      • Designing a Compensation System
      • Compensation Tools
      • The Legal Environment and Pay System Governance
      • Chapter Summary
      • Quiz
      Benefits 
      • Chapter Objectives
      • An Overview of Benefits
      • Basic Terminology
      • The Cost of Benefits in the United States
      • Types of Benefits
      • The Benefits Strategy
      • The Benefits Mix
      • Legally Required Benefits
      • Voluntary Benefits
      • Administering Benefits
      • Chapter Summary
      • Quiz
      Training and Development 
      • Chapter Objectives
      • Training
      • The Training Process
      • Orientation and Socialization
      • Development
      • Creating an Effective Development Program
      • Chapter Summary
      • Quiz
      Performance Management and Appraisal 
      • Chapter Objectives
      • Performance Management and Appraisal Basics
      • Identifying Performance
      • Challenges in Performance Management
      • Managing Performance
      • Pay for Performance
      • Types of Pay-for-Performance Plans
      • Chapter Summary
      • Quiz
      Employee Rights and Workplace Safety 
      • Chapter Objectives
      • The Roles of the Manager and the Employee Relations Specialist
      • Developing Employee Communications
      • Types of Information
      • How Communication Works
      • Encouraging Effective Communication
      • Employee Rights
      • Management Rights
      • Employment at Will
      • Employee Rights Challenges: A Balancing Act
      • Workplace Safety and the Law
      • Managing Contemporary Safety, Health, and Behavioral Issues
      • Safety and Health Programs
      • Chapter Summary
      • Quiz
      Employee Discipline and Responsibilities 
      • Chapter Objectives
      • Disciplining Employees
      • Administering and Managing Discipline
      • Basic Standards of Discipline
      • Managing Difficult Employees
      • Preventing the Need for Discipline with Human
      • Resource Management
      • Chapter Summary
      • Quiz
      Employee Separation, Downsizing, and Outplacement
      • Chapter Objectives
      • Employee Turnover
      • Types of Employee Separations
      • Layoffs
      • Implementing a Layoff
      • Outplacement
      • Chapter Summary
      • Quiz
      Working with Organized Labor 
      • Chapter Objectives
      • The Origins of U.S. Labor Unions
      • Labor Relations
      • Labor Relations around the Globe
      • Labor Relations Strategy
      • Managing Labor Relations
      • HRM and Union Employees
      • Chapter Summary
      • Quiz
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      Circuit Analysis Demystified



      Circuit Analysis Demystified
      by David McMahon
      | Pages 288 | PDF | 2.12 MB |

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      Content,
      • Kirchhoff’s Laws and Resistance
      • Thevenin’s and Norton’s Theorems
      • Network Theorems
      • Wye Transformations and Bridge
      • Capacitance and Inductance
      • The Phasor Transform
      • Frequency Response
      • Operational Amplifiers
      • Sinusoidal Steady-State Power
      • Transformers
      • Three-Phase Circuits
      • Network Analysis Using Laplace
      • Circuit Stability
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      Advanced Calculus Demystified



      Advanced Calculus Demystified
      by David Bachman
      | Pages 274 | PDF | 2.5 MB |

      Content,

      Functions of Multiple Variables 
      • Functions 
      • Three Dimensions 
      • Introduction to Graphing
      • Graphing Level Curves 
      • Putting It All Together 
      • Functions of Three Variables 
      • Parameterized Curves 
      • Quiz 


      Fundamentals of Advanced Calculus 
      • Limits of Functions of Multiple Variables 
      • Continuity
      • Quiz


      Derivatives 
      • Partial Derivatives 
      • Composition and the Chain Rule 
      • Second Partials 
      • Quiz 


      Integration 
      • Integrals over Rectangular Domains 
      • Integrals over Nonrectangular Domains 
      • Computing Volume with Triple Integrals 
      • Quiz


      Cylindrical and Spherical Coordinates 
      • Cylindrical Coordinates 
      • Graphing Cylindrical Equations 
      • Spherical Coordinates 
      • Graphing Spherical Equations 
      • Quiz 


      Parameterizations 
      • Parameterized Surfaces 
      • The Importance of the Domain 
      • This Stuff Can Be Hard!
      • Parameterized Areas and Volumes 
      • Quiz 


      Vectors and Gradients
      • Introduction to Vectors 
      • Dot Products
      • Gradient Vectors and Directional Derivatives 
      • Maxima, Minima, and Saddles 
      • Application: Optimization Problems
      • LaGrange Multipliers 
      • Determinants 
      • The Cross Product 
      • Quiz 


      Calculus with Parameterizations 
      • Differentiating Parameterizations 
      • Arc Length 
      • Line Integrals 
      • Surface Area 
      • Surface Integrals 
      • Volume 
      • Change of Variables 
      • Quiz 


      Vector Fields and Derivatives 
      • Definition 
      • Gradients, Revisited 
      • Divergence 
      • Curl 
      • Quiz 


      Integrating Vector Fields 
      • Line Integrals 
      • Surface Integrals 
      • Quiz


      Integration Theorems 
      • Path Independence 
      • Green’s Theorem on Rectangular Domains 
      • Green’s Theorem over More General Domains 
      • Stokes’ Theorem 
      • Geometric Interpretation of Curl 
      • Gauss’ Theorem 
      • Geometric Interpretation of Divergence 
      • Quiz

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      Differential Equations Demystified



      Differential Equations Demystified
      by STEVEN G. KRANTZ
      | Pages | PDF | 4.9 MB |

      Content,

      What Is a Differential Equation? 
      • Introductory Remarks 
      • The Nature of Solutions 
      • Separable Equations 
      • First-Order Linear Equations 
      • Exact Equations 
      • Orthogonal Trajectories and Families of Curves 
      • Homogeneous Equations 
      • Integrating Factors 
      • Reduction of Order
      • The Hanging Chain and Pursuit Curves 
      • Electrical Circuits 
      • Exercises


      Second-Order Equations 
      • Second-Order Linear Equations with Constant Coefficients 
      • The Method of Undetermined Coefficients 
      • The Method of Variation of Parameters 
      • The Use of a Known Solution to Find Another 
      • Vibrations and Oscillations 
      • Newton’s Law of Gravitation and Kepler’s Laws 
      • Higher-Order Linear Equations,
      • Coupled Harmonic Oscillators 
      • Exercises


      Power Series Solutions and Special Functions 
      • Introduction and Review of Power Series 
      • Series Solutions of First-Order Differential Equations 
      • Second-Order Linear Equations Ordinary Points 
      • Exercises


      Fourier Series: Basic Concepts 
      • Fourier Coefficients 
      • Some Remarks About Convergence 
      • Even and Odd Functions: Cosine and Sine Series 
      • Fourier Series on Arbitrary Intervals 
      • Orthogonal Functions 
      • Exercises


      Partial Differential Equations and Boundary Value Problems 
      • Introduction and Historical Remarks 
      • Eigenvalues, Eigenfunctions, and the Vibrating String 
      • The Heat Equation: Fourier’s Point of View 
      • The Dirichlet Problem for a Disc 
      • Sturm–Liouville Problems 
      • Exercises 


      Laplace Transforms 
      • Introduction 
      • Applications to Differential Equations 
      • Derivatives and Integrals of Laplace Transforms 
      • Convolutions 
      • The Unit Step and Impulse Functions 
      • Exercises


      Numerical Methods 
      • Introductory Remarks 
      • The Method of Euler 
      • The Error Term 
      • An Improved Euler Method 
      • The Runge–Kutta Method 
      • Exercises


      Systems of First-Order Equations 
      • Introductory Remarks 
      • Linear Systems 
      • Homogeneous Linear Systems with Constant Coefficients 
      • Nonlinear Systems: Volterra’s Predator–Prey Equations 
      • Exercises
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      Digital Electronics Demystified


      Digital Electronics Demystified
      by MYKE PREDKO
      | Pages 386 | PDF | 13.4 MB |

      Content,

      Introduction to Digital Electronics
      • The Underpinnings of Digital Electronics
      • Effectively Optimizing Combinatorial Circuits
      • Creating Digital Electronic Circuits
      • Number Systems
      • Binary Arithmetic Using Digital Electronics
      • Practical Combinatorial Circuit Implementation
      • Feedback and Sequential Circuits


      Digital Electronics Applications
      • Oscillators
      • Complex Sequential Circuits Counters
      • Circuit Interfaces
      • Reading Datasheets
      • Computer Processors and Support
      • PC Interfacing Basics

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      Thursday, September 1, 2011

      Modern Dictionary of Electronics


      Modern Dictionary of Electronics
      by Rudolf F. Graf
      | Pages 882 | PDF | 37.1 MB | 

      Content,

      Included in this fully revised classic are well over 28,000 terms, phrases, acronyms, and abbreviations from the ever-expanding worlds of consumer electronics, optics, microelectronics, computers, communications, and medical electronics. From the basic elements of theory to the most cutting-edge circuit technology, this book explains it all in both words and pictures.
       
      For easy reference, the author has provided definitions for standard abbreviations and equations as well as tables of SI (International System of Units) units, measurements, and schematic symbols
      Modern Dictionary of Electronics is the bible of technology reference for readers around the world. Now fully updated by the original author, this essential, comprehensive reference book should be in the library of every engineer, technician, technical writer, hobbyist, and student.This book is very important to Electronic Engineers.
       
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      Practical Radio-Frequency Handbook


      Practical Radio-Frequency Handbook
      by IAN HICKMAN
      | Pages 279 | PDF | 2.2 MB |

      Content,
      • Passive components and circuits
      • Capacitors
      • Inductors and transformers
      • Passive circuits
      • RF transmission lines
      • RF transformers
      • Couplers, hybrids and directional couplers
      • Active components for RF uses
      • RF small-signal circuitry
      • Modulation and demodulation
      • Oscillators 96
      • RF power amplifiers
      • Safety hazards to be considered
      • First design decisions
      • Levellers, VSWR protection, RF routing switches
      • Starting the design
      • Low-pass filter design
      • Discrete PA stages
      • Transmitters and receivers
      • Advanced architectures
      • Propagation
      • Antennas
      • Attenuators and equalizers
      • Measurements
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      A Handbook for the Digital Engineer Third Edition


      A Handbook for the Digital Engineer Third Edition
      by by Keith Jack
      | Pages 782 | PDF | 6.5 MB |

      Content,
      Introduction 
      • Organization Addresses
      • Video Demystified Web Site
      Introduction to Video
      • Analog vs. Digital
      • Video Data
      • Digital Video
      • Best Connection Method
      • Video Timing
      • Interlaced vs. Progressive
      • Video Resolution
      • Standard Definition
      • Enhanced Definition
      • High Definition
      • Video Compression
      • Application Block Diagrams
      • Video Capture Boards
      • DVD Players
      • Digital Television Settop Boxes
      Color Spaces
      • RGB Color Space
      • YUV Color Space
      • YIQ Color Space
      • YCbCr Color Space
      • Chromaticity Diagram
      • Non-RGB Color Space Considerations
      • Gamma Correction
      Video Signals Overview
      • Digital Component Video Background
      • Coding Ranges
      • Timing Information
      • Interlaced Analog Component Video
      • Interlaced Analog Composite Video
      • Progressive Analog Component Video
      • Interlaced Digital Component Video
      • Progressive Digital Component Video
      • Interlaced Analog Component Video
      • Interlaced Analog Composite Video
      • Progressive Analog Component Video
      • Interlaced Digital Component Video
      • Progressive Digital Component Video
      ETC................  

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      Telecommunication Circuits and Technology


      Telecommunication Circuits and Technology
      by Andrew Leven
      | Pages 383 | PDF | 2.9 MB |

      Content,
      Oscillators
      • Introduction
      • The principles of oscillation. 
      • The basic structure and requirements of an oscillator
      • RC oscillators
      • LC oscillators
      • Crystal oscillators
      • Crystal cuts
      • Types of crystal oscillator 
      • Oscillator frequency stability
      • Integrated circuit oscillators 
      • Further problems
        Modulation Systems
        • Introduction
        • Analogue modulation techniques
        • The balanced modulator/ demodulator
        • Frequency modulation and demodulation
        • FM modulators
        • FM demodulators
        • Digital modulation techniques 
        Filter applications
        • Introduction
        • Passive filters
        • Active filters
        • First-order filters
        • Design of first-order filters
        • Second-order filters
        • Using the transfer function
        • Using normalized tables
        • Using identical components
        • Second-order high-pass filters
        • Additional problems
        • Bandpass filters
        • Additional problems
        • Switched capacitor filter
        • Monolithic switched capacitor filter
        • The notch filter
        • Choosing components for filters
        • Testing filter response
        Tuned amplifier applications
        • Introduction
        • Tuned circuits
        • The Q factor
        • Dynamic impedance
        • Gain and bandwidth
        • Effect of loading
        • Effect of tapping the tuning coil
        • Transformer- coupled amplifier
        • Tuned primary
        • Tuned secondary
        • Double tuning
        • Crystal and ceramic tuned amplifiers
        • Integrated tuned amplifiers
        • Testing tuned amplifiers
        • Further problems
        Power amplifiers
        • Introduction
        • Transistor characteristics and parameters
        • Using transistor characteristics
        • Transistor bias
        • Voltage divider bias
        • Small signal voltage amplifiers
        • The use of the decibel
        • Types of power amplifier
        • Calculating power and efficiency
        • Integrated circuit power amplifiers
        • Radio frequency power amplifiers
        • Power amplifier measurements
        • Further problems
        Phase locked loops and synthesizers
        • Introduction
        • Operational considerations
        • Phase locked loop elements
        • Phase detector
        • Compensation
        • Integrated phase-locked loops
        • Phase-locked loop design using the
        • Frequency synthesis
        • Further problems 
        Microwave devices and components
        • Introduction
        • Phase delay and propagation velocity
        • The propagation constant and secondary
        • Transmission line distortion
        • Wave reflection and the reflection
        • Standing wave ratio
        • Fundamental waveguide characteristics
        • Transmission modes
        • Microwave passive components
        • Microwave active devices
        • Further problems
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        High Voltage Engineering Fundamentals (Second edition)


        High Voltage Engineering Fundamentals (Second edition)
        by E. Kuffel, W.S. Zaengl and J. Kuffel
        | Pages 539 | PDF | 4.4 MB |

        Content,
        Introduction
        • Generation and transmission of electric energy 
        • Voltage stresses 
        • Testing voltages
        Generation of high voltages
        • Direct voltages
        • Alternating voltages
        • Impulse voltages
        • Control systems
        Measurement of high voltages
        • Peak voltage measurements by spark gaps
        • Electrostatic voltmeters
        • Generating voltmeters and field sensors
        • The measurement of peak voltages
        • Voltage dividing systems and impulse voltage measurements
        • Fast digital transient recorders for impulse measurements
        Electrostatic fields and field stress control

        • Electrical field distribution and breakdown strength of insulating materials
        • Fields in homogeneous, isotropic materials
        • Fields in multidielectric, isotropic materials
        • Numerical methods
        Electrical breakdown in gases
        • Classical gas laws
        • Ionization and decay processes
        • Cathode processes – secondary effects
        • Transition from non-self-sustained discharges to breakdown
        • The streamer or ‘Kanal’ mechanism of spark
        • The sparking voltage–Paschen’s law
        • Penning effect
        • The breakdown field strength (Eb)
        • Breakdown in non-uniform fields
        • Effect of electron attachment on the breakdown criteria
        • Partial breakdown, corona discharges
        • Polarity effect – influence of space charge
        • Surge breakdown voltage–time lag
        Breakdown in solid and liquid dielectrics
        • Breakdown in solids
        • Breakdown in liquids
        • Static electrification in power transformers
        Non-destructive insulation test techniques
        • Dynamic properties of dielectrics
        • Dielectric loss and capacitance measurements
        • Partial-discharge measurements
        Overvoltages, testing procedures and insulation coordination
        • The lightning mechanism
        • Simulated lightning surges for testing
        • Switching surge test voltage characteristics
        • Laboratory high-voltage testing procedures and statistical treatment of results
        • Weighting of the measured breakdown probabilities
        • Insulation coordination
        • Modern power systems protection devices
        Design and testing of external insulation
        • Operation in a contaminated environment
        • Flashover mechanism of polluted insulators under a.c. and d.c.
        • Measurements and tests
        • Mitigation of contamination flashover
        • Design of insulators
        • Testing and specifications
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        Introduction to Microcontrollers


        Introduction to Microcontrollers 
        by G.Jack Lipovski
        | Pages 394 | PDF | 28.2 MB |

        Content,
        • Basic Computer Structure and the 6812
        • The Instruction Set
        • Addressing
        • Assembly Language Programming
        • Advanced Assemblers, Linkers and Loaders
        • Assembly Language Subroutines
        • Arithmetic Operations
        • Programming in C and C++
        • Implementation of C Procedures
        • Elementary Data Structures
        • Input/Output
        • Other Micro Controllers
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