Канал: Semiconductor Academy

MOS Common-Gate Amplifier: Analysis by Inspection!

MOS Common-Gate Amplifier: Analysis by Inspection!

Depletion Layer (2): Poisson’s Equation and the Width Derived

Depletion Layer (2): Poisson’s Equation and the Width Derived

Frequency Response of Amplifiers (2): Open-Circuit Time Constant Method

Frequency Response of Amplifiers (2): Open-Circuit Time Constant Method

IC Power Amplifier (3): Gain

IC Power Amplifier (3): Gain

MOS Source Follower: Analysis by Inspection!

MOS Source Follower: Analysis by Inspection!

Depletion Layer (1): Charge, Field & Potential

Depletion Layer (1): Charge, Field & Potential

Op-Amp: Input Bias Current & Input Offset Current

Op-Amp: Input Bias Current & Input Offset Current

IC Power Amplifier (2): Bias

IC Power Amplifier (2): Bias

MOS Common-Source Amplifier: Analysis by Inspection!

MOS Common-Source Amplifier: Analysis by Inspection!

PN Junction in Thermal Equilibrium (3): Built-in Potential

PN Junction in Thermal Equilibrium (3): Built-in Potential

Op-Amp: Input Offset Voltage

Op-Amp: Input Offset Voltage

Class AB Output Stage (3): Short-Circuit Protection

Class AB Output Stage (3): Short-Circuit Protection

BJT Common-Base Amplifier (3): Derivation Explained

BJT Common-Base Amplifier (3): Derivation Explained

PN Junction in Thermal Equilibrium (2): Energy Barrier

PN Junction in Thermal Equilibrium (2): Energy Barrier

PN Junction in Thermal Equilibrium (1): Intro

PN Junction in Thermal Equilibrium (1): Intro

Slew Rate of IC Op-Amp (3): Full-Power Bandwidth Explained

Slew Rate of IC Op-Amp (3): Full-Power Bandwidth Explained

Slew Rate of IC Op-Amp (2): Large-Signal Model Explained

Slew Rate of IC Op-Amp (2): Large-Signal Model Explained

Class AB Output Stage (2): Bias

Class AB Output Stage (2): Bias

Class AB Output Stage (1): Transfer Characteristic

Class AB Output Stage (1): Transfer Characteristic

BJT Common-Base Amplifier (2): T Model

BJT Common-Base Amplifier (2): T Model

Extrinsic Semiconductor (1): Donors & Acceptors

Extrinsic Semiconductor (1): Donors & Acceptors

Intrinsic Semiconductor (2): Energy Bands & Bandgap

Intrinsic Semiconductor (2): Energy Bands & Bandgap

Op-Amp Differentiator

Op-Amp Differentiator

Op-Amp Integrator: Inverting & Non-inverting

Op-Amp Integrator: Inverting & Non-inverting

Class A Output Stage (3): Efficiency

Class A Output Stage (3): Efficiency

Stability & Miller Compensation (3): A Design Example

Stability & Miller Compensation (3): A Design Example

Crystal Oscillators (2): Frequency Response Explained

Crystal Oscillators (2): Frequency Response Explained

Crystal Oscillators (1): Resonant Frequencies Derived

Crystal Oscillators (1): Resonant Frequencies Derived

Input Offset Voltage of MOS Differential Amplifier

Input Offset Voltage of MOS Differential Amplifier

MOSFET: Channel Length Modulation Effect Explained

MOSFET: Channel Length Modulation Effect Explained

Simulation of Enhancement MOSFET

Simulation of Enhancement MOSFET

Op-Amp as Instrumentation Amplifier

Op-Amp as Instrumentation Amplifier

LC-Tuned Oscillators (2): Hartley & Colpitts

LC-Tuned Oscillators (2): Hartley & Colpitts

LC-Tuned Oscillators (1): Loop Gain Derived

LC-Tuned Oscillators (1): Loop Gain Derived

BJT Small-Signal Model (2): Hybrid-π Model vs. T Model

BJT Small-Signal Model (2): Hybrid-π Model vs. T Model

Input Offset Voltage of BJT Differential Amplifier

Input Offset Voltage of BJT Differential Amplifier

Input Offset Voltage of Differential Amplifier: Concepts

Input Offset Voltage of Differential Amplifier: Concepts

Active Load Differential Amplifiers (2): Output Resistance

Active Load Differential Amplifiers (2): Output Resistance

BJT Small-Signal Model (1): Base Resistance & Emitter Resistance

BJT Small-Signal Model (1): Base Resistance & Emitter Resistance

Active Load Differential Amplifiers (1): BJT & CMOS

Active Load Differential Amplifiers (1): BJT & CMOS

Differential Amplifier (3): Common-Mode Half-Circuits & Common-Mode Rejection Ratio (CMRR)

Differential Amplifier (3): Common-Mode Half-Circuits & Common-Mode Rejection Ratio (CMRR)

Generation of Square Waveforms Using Astable Multivibrators (1)

Generation of Square Waveforms Using Astable Multivibrators (1)

Active-Filter-Tuned Oscillator: Problem Solving

Active-Filter-Tuned Oscillator: Problem Solving

Phase-Shift Oscillator: Problem Solving

Phase-Shift Oscillator: Problem Solving

Wien-Bridge Oscillator (3): SPICE Simulation Example

Wien-Bridge Oscillator (3): SPICE Simulation Example

Tow-Thomas Biquad Filters (2): Op-Amp RC Circuit

Tow-Thomas Biquad Filters (2): Op-Amp RC Circuit

Tow-Thomas Biquad Filters (1): Two-Integrator-Loop Basics

Tow-Thomas Biquad Filters (1): Two-Integrator-Loop Basics

Stability & Miller Compensation (2): Poles & Zero Solved!

Stability & Miller Compensation (2): Poles & Zero Solved!

IC Power Amplifier (1): Intro

IC Power Amplifier (1): Intro

Class A Output Stage (2): Simulation

Class A Output Stage (2): Simulation

Two-Stage CMOS Op-Amp (2): High-Frequency Response

Two-Stage CMOS Op-Amp (2): High-Frequency Response

Active Filter Based on Inductor Replacement (3): All-Pass

Active Filter Based on Inductor Replacement (3): All-Pass

Bistable Multivibrators (aka Schmitt Triggers) (3): Non-inverting

Bistable Multivibrators (aka Schmitt Triggers) (3): Non-inverting

Active Filter Based on Inductor Replacement (2): Bandpass

Active Filter Based on Inductor Replacement (2): Bandpass

Active Filter Based on Inductor Replacement (1): Antoniou Inductance-Simulation Circuit

Active Filter Based on Inductor Replacement (1): Antoniou Inductance-Simulation Circuit

Bistable Multivibrators (aka Schmitt Triggers) (2): Inverting

Bistable Multivibrators (aka Schmitt Triggers) (2): Inverting

Bistable Multivibrators (aka Schmitt Triggers) (1): The Key Concept Explained

Bistable Multivibrators (aka Schmitt Triggers) (1): The Key Concept Explained

Wien-Bridge Oscillator (1)

Wien-Bridge Oscillator (1)

Sinusoidal Oscillators: Basic Principles Explained

Sinusoidal Oscillators: Basic Principles Explained

Differential Amplifier (2): Differential-Mode Half-Circuits

Differential Amplifier (2): Differential-Mode Half-Circuits

Bipolar Junction Transistors (BJTs) (1): Intro

Bipolar Junction Transistors (BJTs) (1): Intro

Intrinsic Semiconductor (1): Bond Model

Intrinsic Semiconductor (1): Bond Model

Slew Rate of IC Op-Amp (1): Rated Output Voltage Simulated

Slew Rate of IC Op-Amp (1): Rated Output Voltage Simulated

Op-Amp as Differential Amplifier

Op-Amp as Differential Amplifier

Frequency Response of Amplifiers (1): The Three Frequency Bands Explained

Frequency Response of Amplifiers (1): The Three Frequency Bands Explained

MOS Rail-to-Rail Op-Amp (2): Input Common-Mode Range

MOS Rail-to-Rail Op-Amp (2): Input Common-Mode Range

Class A Output Stage (1): Transfer Characteristic

Class A Output Stage (1): Transfer Characteristic

Two-Stage CMOS Op-Amp (1): Low-Frequency Analysis

Two-Stage CMOS Op-Amp (1): Low-Frequency Analysis

High-Frequency Response of MOSFET Common-Source Amplifier (2): Open-Circuit Time Constant

High-Frequency Response of MOSFET Common-Source Amplifier (2): Open-Circuit Time Constant

How to Solve a Feedback Amplifier(3): Noninverting Op-Amp

How to Solve a Feedback Amplifier(3): Noninverting Op-Amp

Tow-Thomas Biquad Filters (3): Hand Analysis & Simulation

Tow-Thomas Biquad Filters (3): Hand Analysis & Simulation

CMOS Rail-to-Rail Op-Amp (1): Analysis by Inspection!

CMOS Rail-to-Rail Op-Amp (1): Analysis by Inspection!

Generation of Triangular Waveforms Using Astable Multivibrators (1)

Generation of Triangular Waveforms Using Astable Multivibrators (1)

Miller Compensation (1): Why This Matters!

Miller Compensation (1): Why This Matters!

Intro to Semiconductor Materials: Silicon & Beyond

Intro to Semiconductor Materials: Silicon & Beyond

Wien-Bridge Oscillator (2): Problem Solving

Wien-Bridge Oscillator (2): Problem Solving

Op-Amp as Voltage Follower or Buffer

Op-Amp as Voltage Follower or Buffer

From Frequency Response to Bode Plot (3): Big Picture Explained

From Frequency Response to Bode Plot (3): Big Picture Explained

BJT Common-Base Amplifier (1): Analysis by Inspection!

BJT Common-Base Amplifier (1): Analysis by Inspection!

Simulation of Enhancement MOSFET

Simulation of Enhancement MOSFET

From Frequency Response to Bode Plot (2): Phase

From Frequency Response to Bode Plot (2): Phase

BJT Emitter Follower (3): T Model

BJT Emitter Follower (3): T Model

Non-Inverting Op-Amp

Non-Inverting Op-Amp

High-Frequency Response of MOSFET Common-Source Amplifier (1): Intro

High-Frequency Response of MOSFET Common-Source Amplifier (1): Intro

BJT Emitter Follower (2):Output Resistance

BJT Emitter Follower (2):Output Resistance

MOSFET Unity-Gain Frequency

MOSFET Unity-Gain Frequency

BJT Emitter Follower (1): Hybrid-π Model

BJT Emitter Follower (1): Hybrid-π Model

MOSFET Small-Signal Model (3): Internal Capacitances & High-Frequency Model

MOSFET Small-Signal Model (3): Internal Capacitances & High-Frequency Model

Differential Amplifier (1): Differential & Common-Mode Signals

Differential Amplifier (1): Differential & Common-Mode Signals

MOSFET Small-Signal Model (2): Output Resistance & Body Transconductance

MOSFET Small-Signal Model (2): Output Resistance & Body Transconductance

Inverting Op-Amp (2): Effect of Finite Gain

Inverting Op-Amp (2): Effect of Finite Gain

MOSFET Small-Signal Model (1): Hybrid-π Model vs. T Model

MOSFET Small-Signal Model (1): Hybrid-π Model vs. T Model

From Frequency Response to Bode Plot (1): Magnitude

From Frequency Response to Bode Plot (1): Magnitude

AC Analysis & Small-Signal Basics (3): Key Concepts Explained

AC Analysis & Small-Signal Basics (3): Key Concepts Explained

Inverting Op-Amp (1): Virtual Ground Explained

Inverting Op-Amp (1): Virtual Ground Explained

Intro to Frequency Response: s-Domain and Transfer Function

Intro to Frequency Response: s-Domain and Transfer Function

AC Analysis & Small-Signal Basics (2): BJT Transconductance

AC Analysis & Small-Signal Basics (2): BJT Transconductance

How to Solve a Feedback Amplifier(2): Step-by-Step Tutorial

How to Solve a Feedback Amplifier(2): Step-by-Step Tutorial

AC Analysis & Small-Signal Basics (1): MOSFET Transconductance

AC Analysis & Small-Signal Basics (1): MOSFET Transconductance

Stability of Noninverting Op-Amp (4): Simulation

Stability of Noninverting Op-Amp (4): Simulation

How to Solve a Feedback Amplifier (1): The Key Concept Explained

How to Solve a Feedback Amplifier (1): The Key Concept Explained

Stability of Noninverting Op-Amp (3): An Important Skill Explained

Stability of Noninverting Op-Amp (3): An Important Skill Explained

BJT Differential Amplifier (2): Input Resistance & Gain

BJT Differential Amplifier (2): Input Resistance & Gain

Feedback (5): Series-Series & Shunt-Shunt

Feedback (5): Series-Series & Shunt-Shunt

Stability of Noninverting Op-Amp (2): Bode Plot

Stability of Noninverting Op-Amp (2): Bode Plot

BJT Differential Amplifier (1): Important Small Signal Analysis Skills

BJT Differential Amplifier (1): Important Small Signal Analysis Skills

Feedback (4): Shunt-Series

Feedback (4): Shunt-Series

Stability of Noninverting Op-Amp(1): Intro

Stability of Noninverting Op-Amp(1): Intro

BJT Differential Pair (3): Input Common Mode Range (ICMR) Explained

BJT Differential Pair (3): Input Common Mode Range (ICMR) Explained

Intro to BJT & CMOS Operational Amplifiers (Op Amp)

Intro to BJT & CMOS Operational Amplifiers (Op Amp)

Feedback (3): Series-Shunt

Feedback (3): Series-Shunt

Current-Voltage Characteristics (3): Formulation

Current-Voltage Characteristics (3): Formulation

Stability of Feedback (3): Problem-Solving

Stability of Feedback (3): Problem-Solving

BJT Differential Pair (2): Modes of Operation Explained

BJT Differential Pair (2): Modes of Operation Explained

MOSFET: Current-Voltage Characteristics (2): Derivation Explained

MOSFET: Current-Voltage Characteristics (2): Derivation Explained

Intro to Operational Amplifiers: Modeling

Intro to Operational Amplifiers: Modeling

Stability of Feedback (2): Bode Plot, Gain & Phase Margin Explained

Stability of Feedback (2): Bode Plot, Gain & Phase Margin Explained

Stability of Feedback (1): Stable, Oscillation, and Unstable Explained

Stability of Feedback (1): Stable, Oscillation, and Unstable Explained

Feedback (1): Structure

Feedback (1): Structure

Feedback (2): Four Topologies

Feedback (2): Four Topologies

MOS Field-Effect Transistors (MOSFETs) (3): Physical Operation

MOS Field-Effect Transistors (MOSFETs) (3): Physical Operation

MOSFET: Current-Voltage Characteristics (1): Intro

MOSFET: Current-Voltage Characteristics (1): Intro

MOS Field-Effect Transistors (MOSFETs) (2): Threshold Voltage

MOS Field-Effect Transistors (MOSFETs) (2): Threshold Voltage

MOS Field-Effect Transistors (MOSFETs) (1): Intro

MOS Field-Effect Transistors (MOSFETs) (1): Intro

Intro to Analog Amplifiers: Voltage Transfer Characteristic & Small-Signal Operation

Intro to Analog Amplifiers: Voltage Transfer Characteristic & Small-Signal Operation

Intro to Analog Amplifiers: Voltage Buffer

Intro to Analog Amplifiers: Voltage Buffer

Circuit Theories for Microelectronics: Miller Theorem

Circuit Theories for Microelectronics: Miller Theorem

Circuit Theories for Microelectronics: Source Transformation

Circuit Theories for Microelectronics: Source Transformation

CMOS Constant Transconductance Bias

CMOS Constant Transconductance Bias

MOS Cascode Current Mirror (3): Simulation

MOS Cascode Current Mirror (3): Simulation

BJT Differential Pair (1): Large Signal Analysis

BJT Differential Pair (1): Large Signal Analysis

MOS Cascode Current Mirror (2): Output Resistance

MOS Cascode Current Mirror (2): Output Resistance

MOS Cascode Current Mirror (1): AC Analysis of MOS Diode

MOS Cascode Current Mirror (1): AC Analysis of MOS Diode

MOS Current Mirror

MOS Current Mirror

BJT Widlar Current Source (3): Output Resistance

BJT Widlar Current Source (3): Output Resistance

BJT Widlar Current Source (2): AC Analysis of BJT Diode

BJT Widlar Current Source (2): AC Analysis of BJT Diode

BJT Widlar Current Source (1): DC Analysis

BJT Widlar Current Source (1): DC Analysis

Current Mirror & Current Source (4): Multiple Outputs

Current Mirror & Current Source (4): Multiple Outputs

Current Mirror & Current Source (3): Output Resistance

Current Mirror & Current Source (3): Output Resistance

Current Mirror & Current Source (2): Base-Compensated

Current Mirror & Current Source (2): Base-Compensated

Current Mirror & Current Source (1): Intro

Current Mirror & Current Source (1): Intro