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Bucak Technical and Industrial Vocational High School       Electrical & Electronic Technology Center

" Bucak Mesleki & Teknik Anadolu Lisesi    Elektrik & Elektronik Teknolojisi Alanı "

" İş arayan değil , işte aranan , toplumda saygın teknik elamanlar olun. "

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OpAmp Electronics

DC Theory - Table Of Contents
 
 

Chapter 1 BASIC CONCEPTS OF ELECTRICITY

Chapter 2 OHM's LAW

Chapter 3 ELECTRICAL SAFETY

Chapter 4 SCIENTIFIC NOTATION AND METRIC PREFIXES

Chapter 5 SERIES AND PARALLEL CIRCUITS

Chapter 6 DIVIDER CIRCUITS AND KIRCHHOFF'S LAWS

Chapter 7 SERIES-PARALLEL COMBINATION CIRCUITS

Chapter 8 DC METERING CIRCUITS

Chapter 9 ELECTRICAL INSTRUMENTATION SIGNALS

Chapter 10 DC NETWORK ANALYSIS

Chapter 11 BATTERIES AND POWER SYSTEMS

Chapter 12 PHYSICS OF CONDUCTORS AND INSULATORS

Chapter 13 CAPACITORS

Chapter 14 MAGNETISM AND ELECTROMAGNETISM

Chapter 15 INDUCTORS

Chapter 16 RC AND L/R TIME CONSTANTS

AC Theory - Table Of Contents
 
 

Chapter 1 BASIC AC THEORY

Chapter 2 COMPLEX NUMBERS

Chapter 3 REACTANCE AND IMPEDANCE - INDUCTANCE

Chapter 4 REACTANCE AND IMPEDANCE - CAPACITANCE

Chapter 5 REACTANCE AND IMPEDANCE - R, L, AND C

Chapter 6 RESONANCE

Chapter 7 MIXED-FREQUENCY AC SIGNALS

Chapter 8 FILTERS

Chapter 9 TRANSFORMERS

Chapter 10 POLYPHASE AC CIRCUITS

Chapter 11 POWER FACTOR

Chapter 12 AC METERING CIRCUITS

Chapter 13 AC MOTORS - *PENDING*

Chapter 14 TRANSMISSION LINES

Semiconductor Theory - Table Of Contents
 
 

Chapter 1 AMPLIFIERS AND ACTIVE DEVICES

Chapter 2 SOLID-STATE DEVICE THEORY

  • 2.1 Introduction

  • 2.2 Quantum physics

  • 2.3 Band theory of solids

  • 2.4 Electrons and "holes" (Pending)

  • 2.5 The P-N junction (Pending)

  • 2.6 Junction diodes (Pending)

  • 2.7 Bipolar junction transistors (Pending)

  • 2.8 Junction field-effect transistors (Pending)

  • 2.9 Insulated-gate field-effect transistors (Pending)

  • 2.10 Thyristors (Pending)

  • 2.11 Semiconductor manufacturing techniques (Pending)

  • 2.12 Superconducting devices (Pending)

  • 2.13 Quantum devices (Pending)

  • 2.14 Semiconductor devices in SPICE (Pending)

Chapter 3 DIODES AND RECTIFIERS

Chapter 4 BIPOLAR JUNCTION TRANSISTORS

Chapter 5 JUNCTION FIELD-EFFECT TRANSISTORS

Chapter 6 INSULATED-GATE FIELD-EFFECT TRANSISTORS

  • 6.1 Introduction

  • 6.2 Depletion-type IGFETs

  • 6.3 Enhancement-type IGFETs (Pending)

  • 6.4 Active-mode operation (Pending)

  • 6.5 The common-source amplifier (Pending)

  • 6.6 The common-drain amplifier (Pending)

  • 6.7 The common-gate amplifier (Pending)

  • 6.8 Biasing techniques (Pending)

  • 6.9 Transistor ratings and packages (Pending)

  • 6.10 IGFET quirks (Pending)

  • 6.11 MESFETs (Pending)

  • 6.12 IGBTs

Chapter 7 THYRISTORS

Chapter 8 OPERATIONAL AMPLIFIERS

Chapter 9 PRACTICAL ANALOG SEMICONDUCTOR CIRCUITS

  • 9.1 Power supply circuits

  • 9.2 Amplifier circuits (Pending)

  • 9.3 Oscillator circuits (Pending)

  • 9.4 Phase-locked loops (Pending)

  • 9.5 Radio circuits (Pending)

  • 9.6 Computational circuits

  • 9.7 Measurement circuits (Pending)

  • 9.8 Control circuits (Pending)

Chapter 10 ACTIVE FILTERS

Chapter 11 DC MOTOR DRIVES

Chapter 12 INVERTERS AND AC MOTOR DRIVES

Chapter 13 ELECTRON TUBES

Digital Theory - Table Of Contents
 
 

Chapter 1 NUMERATION SYSTEMS

  • Numbers and symbols

  • Systems of numeration

  • Decimal versus binary numeration

  • Octal and hexadecimal numeration

  • Octal and hexadecimal to decimal conversion

  • Conversion from decimal numeration

Chapter 2 BINARY ARITHMETIC

  • Numbers versus numeration

  • Binary addition

  • Negative binary numbers

  • Subtraction

  • Overflow

  • Bit groupings

Chapter 3 LOGIC GATES

  • Digital signals and gates

  • The NOT gate

  • The "buffer" gate

  • The Negative-OR gate

  • Multiple-input gates

  • TTL NAND and AND gates

  • TTL NOR and OR gates

  • CMOS gate circuitry

  • Special-output gates

  • Gate universality

  • Logic signal voltage levels

  • DIP gate packaging

Chapter 4 SWITCHES

  • Switch types

  • Switch contact design

  • Contact "normal" state and make/break sequence

  • Contact "bounce"

Chapter 5 ELECTROMECHANICAL RELAYS

  • Relay construction

  • Contactors

  • Time-delay relays

  • Protective relays

  • Solid-state relays

Chapter 6 LADDER LOGIC

  • "Ladder" diagrams

  • Digital logic functions

  • Permissive and interlock circuits

  • Motor control circuits

  • Fail-safe design

  • Programmable logic controllers

Chapter 7 BOOLEAN ALGEBRA

  • Introduction

  • Boolean arithmetic

  • Boolean algebraic identities

  • Boolean algebraic properties

  • Boolean rules for simplification

  • Circuit simplification examples

  • The Exclusive-OR function

  • DeMorgan's Theorems

  • Converting truth tables into Boolean expressions

Chapter 8 KARNAUGH MAPPING

Chapter 9 COMBINATIONAL LOGIC FUNCTIONS

Chapter 10 MULTIVIBRATORS

  • Digital logic with feedback

  • The S-R latch

  • The gated S-R latch

  • The D latch

  • Edge-triggered latches: Flip-Flops

  • The J-K flip-flop

  • Asynchronous flip-flop inputs

  • Monostable multivibrators

Chapter 11 COUNTERS

  • Binary count sequence

  • Asynchronous counters

  • Synchronous counters

  • Counter modulus

Chapter 12 SHIFT REGISTERS

Chapter 13 DIGITAL-ANALOG CONVERSIONS

  • Introduction

  • The R/2^nR DAC

  • The R/2R DAC

  • Flash ADC

  • Digital ramp ADC

  • Successive approximation ADC

  • Tracking ADC

  • Slope (integrating) ADC

  • Delta-Sigma (ΔΣ) ADC

  • Practical considerations of ADC circuits

Chapter 14 DIGITAL COMMUNICATION

  • Introduction

  • Data flow

  • Electrical signal types

  • Optical data communication

  • Network topology

  • Network protocols

  • Practical considerations

Chapter 15 DIGITAL STORAGE (MEMORY)

  • Why digital?

  • Digital memory terms and concepts

  • Modern nonmechanical memory

  • Historical, nonmechanical memory technologies

  • Read-only memory

  • Memory with moving parts: "Drives"

Chapter 16 PRINCIPLES OF DIGITAL COMPUTING

  • A binary adder

  • Look-up tables

  • Finite-state machines

  • Microprocessors

  • Microprocessor programming

Experiments - Table Of Contents
 
 

Chapter 1 INTRODUCTION

  • Electronics as science

  • Setting up a home lab

Chapter 2 BASIC CONCEPTS AND TEST EQUIPMENT

  • Voltmeter usage

  • Ohmmeter usage

  • A very simple circuit

  • Ammeter usage

  • Ohm's Law

  • Nonlinear resistance

  • Power dissipation

  • Circuit with a switch

  • Electromagnetism

Chapter 3 DC CIRCUITS

  • Introduction

  • Series batteries

  • Parallel batteries

  • Voltage divider

  • Current divider

  • Potentiometer as a voltage divider

  • Potentiometer as a rheostat

  • Precision potentiometer

  • Rheostat range limiting

  • Thermoelectricity

  • Make your own multimeter

  • Sensitive voltage detector

  • Potentiometric voltmeter

  • 4-wire resistance measurement

  • A very simple computer

  • Potato battery

  • Capacitor charging and discharging

  • Rate-of-change indicator

Chapter 4 AC CIRCUITS

  • Introduction

  • Transformer -- power supply

  • Build a transformer

  • Variable inductor

  • Sensitive audio detector

  • Sensing AC magnetic fields

  • Sensing AC electric fields

  • Automotive alternator

  • Phase shift

  • Sound cancellation

  • Musical keyboard as a signal generator

  • PC Oscilloscope

  • Waveform analysis

  • Inductor-capacitor "tank" circuit

  • Signal coupling

Chapter 5 DISCRETE SEMICONDUCTOR CIRCUITS

  • Introduction

  • Commutating diode

  • Half-wave rectifier

  • Full-wave center-tap rectifier

  • Full-wave bridge rectifier

  • Rectifier/filter circuit

  • Voltage regulator

  • Transistor as a switch

  • Static electricity sensor

  • Pulsed-light sensor

  • Voltage follower

  • Common-emitter amplifier

  • Multi-stage amplifier

  • Current mirror

  • JFET current regulator

  • Differential amplifier

  • Simple op-amp

  • Audio oscillator

  • Vacuum tube audio amplifier

Chapter 6 ANALOG INTEGRATED CIRCUITS

  • Introduction

  • Voltage comparator

  • Precision voltage follower

  • Noninverting amplifier

  • High-impedance voltmeter

  • Integrator

  • 555 audio oscillator

  • 555 ramp generator

  • PWM power controller

  • Class B audio amplifier

Chapter 7 DIGITAL INTEGRATED CIRCUITS

  • Introduction

  • Basic gate function

  • NOR gate S-R latch

  • NAND gate S-R enabled latch

  • NAND gate S-R flip-flop

  • LED sequencer

  • Simple combination lock

  • 3-bit binary counter

  • 7-segment display