Intro -- These "Little Books" have rescued lots of grades and more! -- Title Page -- Copyright Page -- WHAT "THE ESSENTIALS" WILL DO FOR YOU -- Table of Contents -- CHAPTER 1 - FUNDAMENTALS OF SEMICONDUCTOR DEVICES -- 1.1 CHARGED PARTICLES AND THE ENERGY GAP CONCEPT -- 1.2 FIELD INTENSITY, POTENTIAL AND ENERGY -- 1.3 MOBILITY AND CONDUCTIVITY -- 1.4 ELECTRONS AND HOLES IN AN INTRINSIC SEMICONDUCTOR -- 1.5 DONOR AND ACCEPTOR IMPURITIES -- 1.6 CHARGE DENSITIES IN A SEMICONDUCTOR -- 1.7 DIFFUSION AND THE POTENTIAL VARIATION WITHIN A GRADED SEMICONDUCTOR -- CHAPTER 2 - JUNCTION DIODE: THEORY AND SIMPLE CIRCUIT ANALYSIS -- 2.1 THE OPEN-CIRCUITED P-N JUNCTION -- 2.2 THE P-N JUNCTION AS A RECTIFIER -- 2.3 V-I CHARACTERISTICS -- 2.4 DIODE RESISTANCE, TRANSITION AND DIFFUSION CAPACITANCE -- 2.5 ANALYSIS OF SIMPLE DIODE CIRCUITS: CONCEPT OF DYNAMIC RESISTANCE AND A.C. LOAD LINE -- 2.6 SCHOTTKY AND ZENER DIODES -- 2.7 DIODE LOGIC CIRCUITS -- CHAPTER 3 - THE BIPOLAR JUNCTION TRANSISTOR -- 3.1 THE JUNCTION TRANSISTOR THEORY -- 3.2 THE JUNCTION TRANSISTOR: SMALL-SIGNAL MODELS -- CHAPTER 4 - POWER SUPPLIES -- 4.1 DIODE RECTIFIERS -- 4.2 FILTERS -- CHAPTER 5 - MULTITRANSISTOR CIRCUITS -- 5.1 THE DIFFERENCE AMPLIFIER -- 5.2 THE DARLINGTON AMPLIFIER -- 5.3 THE CASCADE AMPLIFIER -- 5.4 THE OP AMPLIFIER -- CHAPTER 6 - SMALL-SIGNAL, LOW-FREQUENCY ANALYSIS AND DESIGN -- 6.1 HYBRID PARAMETERS -- 6.2 THE C-E CONFIGURATION -- 6.3 THE C-B CONFIGURATION -- 6.4 THE C-C (EMITTER-FOLLOWER) CONFIGURATION -- 6.5 SIGNIFICANT PARAMETERS -- 6.6 SMALL-SIGNAL EQUIVALENT CIRCUIT OF THE FET -- 6.7 THE COMMON-SOURCE VOLTAGE AMPLIFIER -- 6.8 THE COMMON-DRAIN VOLTAGE AMPLIFIER (THE SOURCE FOLLOWER) -- 6.9 THE PHASE-SPLITTING CIRCUIT -- CHAPTER 7 - AUDIO-FREQUENCY LINEAR POWER AMPLIFIERS -- 7.1 THE CLASS A COMMON-EMITTER POWER AMPLIFIER -- 7.2 THE TRANSFORMER-COUPLED AMPLIFIER.

7.3 CLASS B PUSH-PULL POWER AMPLIFIERS -- 7.4 AMPLIFIERS USING COMPLEMENTARY SYMMETRY -- CHAPTER 8 - FEEDBACK AMPLIFIERS -- 8.1 CLASSIFICATION OF AMPLIFIERS -- 8.2 THE CONCEPT OF "FEEDBACK" -- 8.3 TRANSFER GAIN WITH FEEDBACK -- 8.4 FEATURES OF THE NEGATIVE FEEDBACK AMPLIFIER -- 8.5 INPUT RESISTANCE -- 8.6 OUTPUT RESISTANCE -- 8.7 FEEDBACK AMPLIFIER ANALYSIS -- CHAPTER 9 - FREQUENCY RESPONSE OF AMPLIFIERS -- 9.1 FREQUENCY DISTORTION -- 9.2 THE EFFECT OF COUPLING AND EMITTER BYPASS CAPACITORS ON LOW-FREQUENCY RESPONSE -- 9.3 THE HYBRID-π TRANSISTOR MODEL AT HIGH FREQUENCIES -- 9.4 THE C-E SHORT-CIRCUIT CURRENT GAIN -- 9.5 THE COMMON-DRAIN AMPLIFIER AT HIGH FREQUENCIES -- 9.6 THE COMMON-SOURCE AMPLIFIER AT HIGH FREQUENCIES -- 9.7 THE EMITTER-FOLLOWER AMPLIFIE AT HIGH FREQUENCIES -- 9.8 SINGLE-STAGE CE TRANSISTOR AMPLIFIER RESPONSE -- BEA'S Test Preps The Best in Test Preparation.