Канал: Microelectronics

32 Charge Pumps

32 Charge Pumps

Co-Packaged Optics for our Connected Future

Co-Packaged Optics for our Connected Future

Modelling Equalization with SerDesPy

Modelling Equalization with SerDesPy

Simple Channel Modeling Example with SerDesPy

Simple Channel Modeling Example with SerDesPy

Introduction to SerDesPy

Introduction to SerDesPy

CMOS 160Gbps 4PAM Optical Receiver Front-End

CMOS 160Gbps 4PAM Optical Receiver Front-End

Deep-Dive: 112Gbps 16nm CMOS TIA with Co-Packaged Photodiodes

Deep-Dive: 112Gbps 16nm CMOS TIA with Co-Packaged Photodiodes

Injection-Locked Phase Rotator

Injection-Locked Phase Rotator

Demo: 112 Gbps 4-PAM 16nm FinFET CMOS TIA

Demo: 112 Gbps 4-PAM 16nm FinFET CMOS TIA

Low-Jitter CMOS Clock Distribution

Low-Jitter CMOS Clock Distribution

Feedforward Compensation Example

Feedforward Compensation Example

DC Characteristics of 45nm NMOS

DC Characteristics of 45nm NMOS

Common Source Gain-Bandwidth Tradeoffs

Common Source Gain-Bandwidth Tradeoffs

11 Single Stage Opamp Basics

11 Single Stage Opamp Basics

04 IC Passives

04 IC Passives

22 Low Noise and Variable Gain Amplifiers

22 Low Noise and Variable Gain Amplifiers

25 Reference Circuits

25 Reference Circuits

07 Feedback Preliminaries - Finding the Loop Gain

07 Feedback Preliminaries - Finding the Loop Gain

15 Two Stage Opamp Compensation

15 Two Stage Opamp Compensation

14 Two Stage Op Amps

14 Two Stage Op Amps

34 DLLs

34 DLLs

All-Digital Calibration Algorithms to Correct for Static Non Linearities in ADCs - ISCAS 2020

All-Digital Calibration Algorithms to Correct for Static Non Linearities in ADCs - ISCAS 2020

03 Advanced MOS Modeling

03 Advanced MOS Modeling

35 ILOs

35 ILOs

08 Feedback Stability Analysis

08 Feedback Stability Analysis

09 Feedback Amplifiers Basics

09 Feedback Amplifiers Basics

26 Regulators

26 Regulators

05 Mismatch

05 Mismatch

Discrete Multitone Signaling for Wireline Communication - ISCAS 2020

Discrete Multitone Signaling for Wireline Communication - ISCAS 2020

19 Common Source and Cascode Stages Noise

19 Common Source and Cascode Stages Noise

12 Slew Rate and Offset

12 Slew Rate and Offset

10 Feedback Amplifiers Stability and Compensation Basics

10 Feedback Amplifiers Stability and Compensation Basics

18 Input Referred Noise

18 Input Referred Noise

20 Noise in Single Stage Op Amps

20 Noise in Single Stage Op Amps

33 PLL Linear Analysis and Design Procedure

33 PLL Linear Analysis and Design Procedure

06 Analog amplifier biasing and mismatch

06 Analog amplifier biasing and mismatch

30 Jitter and Phase Noise in Oscillators

30 Jitter and Phase Noise in Oscillators

17 Introduction to Noise

17 Introduction to Noise

13 Other Single Stage Op Amps

13 Other Single Stage Op Amps

31 Integer N Charge Pump PLL Basics

31 Integer N Charge Pump PLL Basics

29 Electronic Oscillators

29 Electronic Oscillators

23 Fully Differential Analog Circuits

23 Fully Differential Analog Circuits

24 Biasing Circuits

24 Biasing Circuits

21 Nonlinearity and Dynamic Range

21 Nonlinearity and Dynamic Range

28 Comparator Specs and Characterization

28 Comparator Specs and Characterization

27 CMOS Comparator Operation

27 CMOS Comparator Operation

02 MOSFET as a Switch

02 MOSFET as a Switch

01 MOS Square Law and Parasitics

01 MOS Square Law and Parasitics

16 Noise Time Domain Analysis

16 Noise Time Domain Analysis

Integrated Broadband Analog Delay Circuits Part III

Integrated Broadband Analog Delay Circuits Part III

Integrated Broadband Analog Delay Circuits Part II

Integrated Broadband Analog Delay Circuits Part II

Integrated Broadband Analog Delay Circuits Part I

Integrated Broadband Analog Delay Circuits Part I

All-Digital Calibration Algorithms to Correct Static Non-Linearities in ADCs

All-Digital Calibration Algorithms to Correct Static Non-Linearities in ADCs

Pre-FEC and Post-FEC BER as Criteria for Optimizing Wireline Transceivers

Pre-FEC and Post-FEC BER as Criteria for Optimizing Wireline Transceivers

How to Draw Perfect Schematics

How to Draw Perfect Schematics

FinFET Technologies for Analog Design

FinFET Technologies for Analog Design

Optical and Electrical Transceivers for 400GbE and Beyond: ISSCC 2021 Forum Introduction

Optical and Electrical Transceivers for 400GbE and Beyond: ISSCC 2021 Forum Introduction

10 The Inverting Configuration

10 The Inverting Configuration

Microelectronic Circuits, 8th Edition: Authors Interviews

Microelectronic Circuits, 8th Edition: Authors Interviews

16 Finite Open Loop Gain and Bandwidth

16 Finite Open Loop Gain and Bandwidth

17 Large Signal Operation of Op Amps

17 Large Signal Operation of Op Amps

11 The Noninverting Configuration

11 The Noninverting Configuration

14 Integrators and Differentiators

14 Integrators and Differentiators

12 Difference Amplifiers

12 Difference Amplifiers

15 DC Imperfections

15 DC Imperfections

13 The Instrumentation Amplifier

13 The Instrumentation Amplifier

01 Thévenin’s and Norton’s Theorems

01 Thévenin’s and Norton’s Theorems

02 Signals and their Frequency Spectra

02 Signals and their Frequency Spectra

03 Analog and Digital Signals

03 Analog and Digital Signals

04 Amplifier Basics

04 Amplifier Basics

05a Decibels

05a Decibels

05b Amplifier Power Supplies

05b Amplifier Power Supplies

06a Amplifier Saturation

06a Amplifier Saturation

06b Electronic Signal Labeling Convention

06b Electronic Signal Labeling Convention

07 Circuit Models for Amplifiers

07 Circuit Models for Amplifiers

08 Frequency Response of Amplifiers

08 Frequency Response of Amplifiers

09 The Ideal Op Amp

09 The Ideal Op Amp

30 Bridge Rectifier Circuits

30 Bridge Rectifier Circuits

31 Peak Rectifiers

31 Peak Rectifiers

32 Other Diode Applications

32 Other Diode Applications

18 Intrinsic and Doped Semiconductors

18 Intrinsic and Doped Semiconductors

19 Current Flow in Semiconductors

19 Current Flow in Semiconductors

20 The pn Junction

20 The pn Junction

21 The pn Junction with an Applied Voltage

21 The pn Junction with an Applied Voltage

22 Capacitive Effects in the pn Junction

22 Capacitive Effects in the pn Junction

23 The Ideal Diode

23 The Ideal Diode

24 Terminal Characteristics of Diodes

24 Terminal Characteristics of Diodes

25 Modeling the Diode

25 Modeling the Diode

26 Diode Operation in Reverse Breakdown

26 Diode Operation in Reverse Breakdown

27 The Diode Small Signal Model

27 The Diode Small Signal Model

28 Voltage Regulation

28 Voltage Regulation

29 Half and Full Wave Rectifier Circuits

29 Half and Full Wave Rectifier Circuits

45 Transistor Amplifier Basic Principles

45 Transistor Amplifier Basic Principles

46 Transistor Amplifier Graphical Analysis

46 Transistor Amplifier Graphical Analysis

33 MOSFET Structure

33 MOSFET Structure

34 MOSFET Operation

34 MOSFET Operation

35 MOSFET Current Voltage Characteristics

35 MOSFET Current Voltage Characteristics

36 Finite Output Resistance in Saturation

36 Finite Output Resistance in Saturation

37 Characteristics of pMOSFET

37 Characteristics of pMOSFET

38 MOSFET Circuits at DC

38 MOSFET Circuits at DC

39 MOSFET Device Advanced Topics

39 MOSFET Device Advanced Topics

40 BJT Structure

40 BJT Structure

41 BJT in Saturation

41 BJT in Saturation

42 BJT I V Characteristics

42 BJT I V Characteristics

43 BJT Circuits at DC

43 BJT Circuits at DC

44 BJT Breakdown and Temperature Effects

44 BJT Breakdown and Temperature Effects

49 Small Signal Analysis and Models BJT

49 Small Signal Analysis and Models BJT

50 Small Signal Modeling of PMOS and pnp Transistors

50 Small Signal Modeling of PMOS and pnp Transistors

51 Basic Transistor Amplifier Configurations

51 Basic Transistor Amplifier Configurations

47 Small Signal Analysis and Models of the MOSFET

47 Small Signal Analysis and Models of the MOSFET

48 Small Signal Analysis of the MOSFET T Model and Body Effect

48 Small Signal Analysis of the MOSFET T Model and Body Effect

OCP 2020 - Intelligent Interconnect

OCP 2020 - Intelligent Interconnect