Electronic Devices, Circuits, and Applications

Preface
Contents
Interpreting I-V Curves
	1 Ideal Voltage Source
	2 Ideal Current Source
	3 Resistors
	4 Ideal Switch
	5 DC Resistance vs AC Resistance
		Definition of DC Resistance
		Definition of AC Resistance
	6 Problems
Introduction to the Diode
	1 A Simple Diode Model
	2 Diode Applications in DC Power Supplies
		Traditional DC Power Supplies
		Modern Offline Power Supplies
	3 Half Wave Rectifier
	4 Full Wave Rectifiers
		Full Wave Bridge Rectifier
		Full Wave Center-Tapped Rectifier
		Filtered Rectifiers
		Ripple Voltage Estimate
	5 Problems
Semiconductor Physics
	1 N-Type Silicon
	2 P-Type Silicon
	3 Problems
Introduction to the BJT
	1 BJT Symbols and Terminologies
	2 NPN Transistor Operating Regions
	3 DC Current Gain
	4 BJT I-V Curves
	5 Designing an Electronic Switch
		DC Motor Driver
		The H-Bridge
	6 Using the PNP Transistor
	7 BJT Switch vs Ideal Switch
	8 Problems
Introduction to MOSFETs
	1 Characteristics of an Ideal Electronic Switch
	2 MOSFET Symbols and Terminologies
		The Threshold Voltage
		Construction of an NMOS Device
	3 NMOS Transistor Operating Regions
		Approximate Method in the Triode Region
		Exact Method in the Triode Region
	4 MOSFET I-V Curves
	5 Designing a Switch with a MOSFET
	6 Problems
Single-Transistor Amplifiers
	1 Voltage-Mode vs Current-Mode Amplifiers
		Voltage-Mode Amplifier
			Loaded Gain of Voltage Amplifiers
		Current-Mode Amplifier
			Loaded Gain of Current Amplifiers
	2 DC Biasing for Amplifier Design
		Drain Feedback Resistor
		Voltage Divider Bias
		Gate Pulldown Bias
	3 NMOS Small Signal Model
		Transconductance of a MOSFET
		Low-Frequency, Small Signal Model of NMOS Transistor
	4 AC Ground and AC Resistances
	5 Common Source Amplifier
		CS Amplifier Input and Output Resistance
	6 Common Gate Amplifier
		CG Amplifier Input and Output Resistance
	7 Common Drain Amplifier
		Source Follower Input and Output Resistance
	8 Applications of the Single-Transistor Amplifiers
	9 Problems
PMOS and CMOS
	1 PMOS
	2 CMOS
		The CMOS Inverter
		Propagation Delay
		CMOS NAND Gate
		CMOS Transmission Gate
		CMOS Latch
	3 Problems
Frequency Response
	1 The 3 dB Bandwidth
	2 Bode Plot
	3 Amplifier Bandwidth
		The Miller Effect
	4 MOSFET High-Frequency Model
		MOSFET Intrinsic Capacitances
	5 Bandwidth of Common Source Amplifier
	6 Problems
	Appendix – Derivation of Common Source Amplifier Transfer Function
Device Physics Revisited
	1 P-Type and N-Type Silicon Review
	2 Energy Band Diagrams
		Energy Band Diagram for N-Type Silicon
		Energy Band Diagram for P-Type Silicon
	3 Diffusion and Drift Currents
		Diffusion Current
		Drift Current
	4 The Physics of P-N Junctions
		The Fermi Level
		P-N Junction Under Forward Bias
		P-N Junction Under Reverse Bias
	5 Problems
Diode Circuits
	1 Clipping Circuits
		Series Clipping Circuits
		Shunt Clipping Circuits
		Applications of Clipping Circuits
	2 Clamping Circuits
		Clamping Circuit: Analysis Method #1
		Clamping Circuit: Analysis Method #2
		Applications of Clamping Circuits
	3 Schottky Diodes
	4 Zener Diodes
		A Simple Voltage Regulator
	5 Linear Regulators
		Regulated DC Power Supply
	6 Problems
Diode and BJT Equations
	1 Diodes and the Shockley Equation
		Graphical Method of Finding DC Operating Points
		AC Resistance of a Diode
	2 The BJT Equation
		The Hybrid-Pi Model
		Beta Reflection Rule
	3 BJT Amplifiers
		Common Emitter Amplifier
		Common Base Amplifier
		Common Collector Amplifier or Emitter Follower
	4 Problems
Practical Tips in Electronics
	1 Component Packaging
		Passive Component Packages
		Transistor Packages
		Integrated Circuit Packages
	2 Capacitor Types
	3 Bypass Capacitors
	4 Printed Circuit Boards
	5 Problems
Index