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Elettronica Applicata

Dispositivi Microelettronici e Circuiti

ielettronica 17 marzo 2018 Aggiornato il 18 ottobre 2026 1 min di lettura 0 commenti

This article is available in Italian only for now. An English version is on the way.

OVERVIEW OF SEMICONDUCTOR APPLICATIONS, SILICON INTEGRATED CIRCUIT TECHNOLOGY

INTRINSIC SEMICONDUCTORS, ELECTRONS AND HOLES, BOND MODEL, GENERATION RECOMBINATION AND THERMAL EQUILIBRIUM; DOPING, DONORS, ACCEPTORS, COMPENSATION

CARRIER TRANSPORT, DRIFT VELOCITY, DRIFT CURRENT DENSITY, DIFFUSION CURRENT DENSITY

THE P-N JUNCTION, CARRIER CONCENTRATION AND POTENTIAL IN THERMAL EQUILIBRIUM, 60MV RULE

THE P-N JUNCTION IN THERMAL EQUILIBRIUM

INTRODUCTION TO THE MOS STRUCTURE, MOS CAPACITOR IN THERMAL EQUILIBRIUM

MOS CAPACITOR UNDER APPLIED BIAS; ACCUMULATION, DEPLETION, AND INVERSION REGIONS

MOSFET PHYSICAL STRUCTURE, CIRCUIT SYMBOL AND TERMINAL CHARACTERISTICS, MOS TRANSISTOR CHARACTERISTICS

MOS TRANSISTOR, BACKGATE EFFECT, MOSFET IN SATURATION

MOSFET SMALL-SIGNAL MODEL

DIGITAL LOGIC CONCEPTS, INVERTER CHARACTERISTICS, LOGIC LEVELS AND NOISE MARGINS, TRANSIENT CHARACTERISTICS, INVERTER CIRCUITS, NMOS/RESISTOR LOADS

NMOS/CURRENT SOURCE LOAD, CMOS INVERTER, STATIC ANALYSIS

CMOS INVERTER, PROPAGATION DELAY MODEL, STATIC CMOS GATES

P-N JUNCTION DIODE TERMINAL CHARACTERISTICS, MINORITY CARRIER CONCENTRATION UNDER FORWARD AND REVERSE BIAS

SHORT BASE APPROXIMATION, STEADY STATE DIFFUSION EQUATION WITH CURRENTS IN P-N JUNCTION

P-N JUNCTION DIODE CIRCUIT MODEL, LARGE SIGNAL STATIC MODEL, SMALL SIGNAL MODEL, DIFFUSION CAPACITANCE

INTRODUCTION OF BIPOLAR JUNCTION TRANSISTOR, TERMINAL CHARACTERISTICS, FORWARD ACTIVE BIAS, CURRENT GAIN

REVERSE ACTIVE MODE AND SATURATION, THE EBERS-MOLL MODEL

SINGLE STAGE AMPLIFIERS, TWO PORT SMALL SIGNAL MODEL, COMMON SOURCE AMPLIFIER WITH RESISTOR AND CURRENT SOURCE SUPPLY

COMMON BASE/GATE AMPLIFIER, COMMON COLLECTOR/DRAIN

REVIEW FREQUENCY DOMAIN ANALYSIS; CURRENT GAIN FREQUENCY RESPONSE OF COMMON EMITTER AMPLIFIER

VOLTAGE GAIN FREQUENCY RESPONSE OF COMMON EMITTER AMPLIFIER, FULL ANALYSIS OF COMMON EMITTER, THE MILLER APPROXIMATION

OPEN CIRCUIT TIME CONSTANT ANALYSIS, COMMON-GATE (CG) AND COMMON-DRAIN (CD) AMPLIFIERS

MULTISTAGE AMPLIFIERS, CASCADING SMALL SIGNAL TWO PORT MODELS

ANALYZING COMPLEX CIRCUITS, COURSE WRAP-UP

DC COUPLING, VOLTAGE SOURCES, MOS CURRENT SOURCES, CURRENT SOURCES AND SINKS

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