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دانلود کتاب Basic Electrical And Electronics Engineering

دانلود کتاب پایه مهندسی برق و الکترونیک

Basic Electrical And Electronics Engineering

مشخصات کتاب

Basic Electrical And Electronics Engineering

دسته بندی: الکترونیک: الکترونیک
ویرایش: 1 
نویسندگان: ,   
سری:  
ISBN (شابک) : 9780070146129, 0070146128 
ناشر: Tata McGraw Hill Education Private Limited 
سال نشر: 2010 
تعداد صفحات: 627 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 30 مگابایت 

قیمت کتاب (تومان) : 41,000



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فهرست مطالب

Cover
Contents
Part I Electrical Engineering
	Chapter 1: Fundamentals of Electricity and DC Circuits
		1.1 Definition, Symbol and Unit of Quantities
		1.2 Multiple and Sub-multiple Units
		1.3 Computation of Resistance at Constant Temperature
		1.4 Temperature Dependence of Resistance
		1.5 Computation of Resistance at Different Temperatures
		1.6 Computation of a at Different Temperatures
		1.7 Ohm’s Law-Statement, Illustration and Limitation
		1.8 Units—Work, Power and Energy (Electrical, Thermal and Mechanical)
		1.9 Circuits-Identifying the Elements and the Connected Terminology
		1.10 Kirchoff’s Laws–Statement and Illustration
		1.11 Resistances in Series and Voltage Division Technique
		1.12 Resistances in Parallel and Current Division Technique
		1.13 Method of Solving a Circuit by Kirchoff’s Laws
		1.14 Star to Delta and to Star Transformations
		Important Formulae
		Review Questions
		Problems
	Chapter 2: Magnetic Circuits
		2.1 Definition of Magnetic Quantities
		2.2 Magnetic Circuit
		2.3 Leakage Flux
		2.4 Fringing Effect
		2.5 Comparison Between Magnetic and Electric Circuit
		Important Formulae
		Review Questions
		Problems
	Chapter 3: Electromagnetic Induction
		3.1 Magnetic Effect of Electric Current
		3.2 Current Carrying Conductor in Magnetic Field
		3.3 Law of Electromagnetic Induction
		3.4 Induced EMF
		3.5 Self Inductance (L)
		3.6 Mutual Inductance (M)
		3.7 Coupling Coefficient between Two Magnetically Coupled Circuits (K)
		Important Formulae
		Review Questions
		Problems
	Chapter 4: AC Fundamentals
		4.1 Generation of Alternative EMF
		4.2 Terminology
		4.3 Concept of 3-phase EMF Generation
		4.4 Root Mean Square (RMS) or Effective Value
		4.5 Average Value of AC
		4.6 Phasor Representation of Alternating Quantities
		4.7 Analysis of AC Circuit
		Important Formulae
		Review Questions
		Problems
	Chapter 5: Single Phase AC Circuits
		5.1 J Operator
		5.2 Complex Algebra
		5.3 Representation of Alternating Quantities in Rectangular and Polar Forms
		5.4 R-L Series Circuit
		5.5 R-C Series Circuit
		5.6 R-L-C Series Circuit
		5.7 Admittance and its Components
		5.8 Simple Method of Solving Parallel AC Circuits
		5.9 Resonance
		5.10 Three-phase AC Circuits
		Important Points/Formulae
		Review Questions
		Problems
	Chapter 6: Electrical Machines
		6.1 DC Generator
		6.2 DC Motor
		6.3 Transformers
		6.4 Three-phase Induction Motor
		6.5 Single-phase Induction Motors
		6.6 3-phase AC Generator or Alternator
		6.7 Synchronous Motor
		Review Questions
	Chapter 7: Measuring Instruments
		7.1 Classification of Instruments
		7.2 Basic Principles of Indicating Instruments
		7.3 Moving Iron Instruments—Attraction Type
		7.4 Moving Iron Instrument—Repulsion Type
		7.5 Moving Coil Instruments—Permanent Magnet Type
		7.6 Moving Coil Instruments—Dynamometer Type
		7.7 Induction Type Energy Meter
		7.8 Megger
		Review Questions
	Chapter 8: House Wiring
		8.1 Wiring Materials and Accessories
		8.2 Types of Wiring
		8.3 Basic Principles of Earthing
		8.4 Wiring Layout for a Residential Building
		Review Questions
	Chapter 9: Transmission and Distribution of Electrical Power
		9.1 Power Generation
		9.2 Transmission System
		9.3 Comparison of Overhead (OH) and Underground (UG) Systems
		Review Questions
Part II Electronics Engineering
	Chapter 10:  Passive Circuit Components
		10.1 Resistors
		10.2 Capacitors
		10.3 Inductors
		Review Questions
	Chapter 11: Transducers
		11.1 Capacitive Transducer
		11.2 Inductive Transducer
		11.3 Linear Variable Differential Transformer (LVDT)
		11.4 Oscillation Transducer
		11.5 Potentiometric Transducer
		11.6 Electrical Strain Gauges
		11.7 Resistance Thermometer
		11.8 Thermistor
		11.9 Thermocouple
		11.10 Hall Effect
		11.11 Piezoelectric Transducer
		11.12 Photoelectric Transducer
		Review Questions
	Chapter 12: Junction Diode and its Applications
		12.1 Semiconductor Theory
		12.2 Theory of PN Junction Diode
		12.3 PN Diode Applications
		12.4 Zener Diode
		12.5 Varactor Diode
		12.6 Tunnel Diode
		12.7 Rectifiers
		12.8 Filters
		12.9 Diode Clippers
		12.10 Diode Comparator
		12.11 Clampers
		12.12 Hall Effect
		Review Questions
	Chapter 13: Transistors and Other Devices
		13.1 Introduction of Bipolar Junction Transistor
		13.2 Construction of BJT
		13.3 Transistor Biasing
		13.4 Operation of NPN Transistor
		13.5 Operation of PNP Transistor
		13.6 Types of Transistor Amplifier Configuration
		13.7 Transistor as an Amplifier
		13.8 Large Signal DC, and Small Signal CE Values of Current Gain
		13.9 Field Effect Transistor
		13.10 Thyristor
		13.11 Opto-Electronic Devices
		13.12 Display Devices
		13.13 Cathode Ray Oscilloscope (CRO)
		13.14 Power Conditioning Equipments
		Review Questions
	Chapter 14: Integrated Circuits
		14.1 Advantages and Limitations of ICs
		14.2 Classification of ICs
		14.3 Manufacturing Processes of Monolithic ICs
		14.4 Linear ICs
		14.5 Ideal Operational Amplifier
		14.6 Operational Amplifier Stages
		14.7 Operational Amplifier Parameters
		14.8 Equivalent Circuit of OP-AMP
		14.9 Ideal Voltage Transfer Curve
		14.10 Open-loop OP-AMP Configurations
		14.11 Closed-loop OP-AMP Configurations
		14.12 Bandwidth with Feedback
		14.13 Noise
		14.14 Frequency Response and Compensation
		14.15 OP-AMP Applications
		14.16 IC 555 Timer
		Review Questions
	Chapter 15:  Digital Electronics
		15.1 Number System
		15.2 Binary Arithmetic
		15.3 1’s and 2’s Complements
		15.4 Binary Coded Decimal
		15.5 Boolean Algebra
		15.6 Logic Gates
		15.7 Combinational Logic Design
		15.8 Karnaugh Map Representation of Logical Functions
		15.9 Some Common Combinational Circuits
		15.10 Sequential Circuits
		15.11 A/D and D/A Converter Circuits
		15.12 Logic Families
		Review Questions
	Chapter 16: Communication Systems
		16.1 Communication System
		16.2 Telecommunication Services
		16.3 Analog and Digital Signals
		16.4 Basic Principles of Modulation
		16.5 Pulse Modulation Techniques
		16.6 Pulse Digital Modulation-Pulse Code Modulation (PCM)
		16.7 Digital Modulation Techniques
		16.8 Data Transmission
		16.9 Modem
		16.10 Radio Broadcast
		16.11 Television
		16.12 Microwave Communication
		16.13 Satellite Communication
		16.14 Radar System
		16.15 Optical Fibre Communication
		16.16 ISDN
		16.17 Internet
		Review Questions
Index




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