Electrical Engineering(Semiconductors)

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A semiconductor exhibits intermediate conductivity because it has more available charge carriers than an insulator but fewer than a conductor. Examples of semiconductors are silicon and germanium.

Chapter 1: Amplifiers and Active Devices

From Electric to Electronic

Active Versus Passive Devices

Amplifiers

Amplifier Gain

Decibels

Absolute dB scales

Attenuators

Chapter 2: Solid-state Device Theory

Introduction to Solid-state Device Theory

Quantum Physics

Valence and Crystal Structure

Band Theory of Solids

Electrons and “holes’’

The P-N Junction

Junction Diodes

Bipolar Junction Transistors

Junction Field-effect Transistors

Insulated-gate Field-effect Transistors (MOSFET)

Thyristors

Semiconductor Manufacturing Techniques

Superconducting Devices

Quantum Devices

Semiconductor Devices in SPICE

Chapter 3: Diodes and Rectifiers

Introduction to Diodes And Rectifiers

Meter Check of a Diode

Diode Ratings

Rectifier Circuits

Peak Detector

Clipper Circuits

Clamper Circuits

Voltage Multipliers

Inductor Commutating Circuits

Diode Switching Circuits

Zener Diodes

Special-purpose Diodes

Other Diode Technologies

SPICE Models

Chapter 4: Bipolar Junction Transistors

Introduction to Bipolar Junction Transistors (BJT)

The Transistor as a Switch (BJT)

Meter Check of a Transistor (BJT)

Active-mode Operation (BJT)

The Common-emitter Amplifier

The Common-collector Amplifier

The Common-base Amplifier

The Cascode Amplifier

Biasing Techniques (BJT)

Biasing Calculations

Input and Output Coupling

Feedback

Amplifier Impedances

Current Mirrors

Transistor Ratings and Packages (BJT)

BJT Quirks

Chapter 5: Junction Field-effect Transistors

Introduction to Junction Field-effect Transistors (JFET)

The Transistor as a Switch (JFET)

Meter Check of a Transistor (JFET)

Active-mode Operation (JFET)

The Common-source Amplifier (JFET)

The common-drain Amplifier (JFET)

The Common-gate Amplifier (JFET)

Biasing Techniques (JFET)

Transistor Ratings and Packages (JFET)

JFET Quirks

Chapter 6: Insulated-gate Field-effect Transistors

Introduction to Insulated-gate Field-effect Transistors

Depletion-type IGFETs

Enhancement-type IGFETs

Active-mode Operation (IGFET)

The Common-source Amplifier (IGFET)

The Common-drain Amplifier (IGFET)

The Common-gate Amplifier (IGFET)

Biasing Techniques (IGFET)

Transistor Ratings and Packages (IGFET)

IGFET Quirks

MESFETs

IGBTs

Chapter 7: Thyristors

Hysteresis

Gas Discharge Tubes

The Shockley Diode

The DIAC

The Silicon-Controlled Rectifier (SCR)

The TRIAC

Optothyristors

The Unijunction Transistor (UJT)

The Silicon-Controlled Switch (SCS)

Field-effect-controlled Thyristors

Chapter 8: Operational Amplifiers

Introduction to Operational Amplifiers

Single-ended and Differential Amplifiers

The “Operational” Amplifier

Negative Feedback

Divided Feedback

An Analogy for Divided Feedback

Voltage-to-Current Signal Conversion

Averager and Summer Circuits

Building a Differential Amplifier

The Instrumentation Amplifier

Differentiator and Integrator Circuits

Positive Feedback

Op-Amp Practical Considerations

Operational Amplifier Models

Op-Amp Data

Chapter 9: Practical Analog Semiconductor Circuits

ElectroStatic Discharge

Power Supply Circuits

Amplifier Circuits

Oscillator Circuits

Phase-locked Loops

Radio Circuits

Computational Circuits

Measurement Circuits

Control Circuits

Chapter 10: DC Motor Drives

Pulse Width Modulation

Chapter 11: Electron Tubes

Introduction to Electron Tubes

Early Tube History

The Triode

The Tetrode

Beam Power Tubes

The Pentode

Combination Tubes

Tube Parameters

Ionization (gas-filled) Tubes

Display Tubes

Microwave Tubes

Tubes versus Semiconductors