Канал: Introduction to Quantum Computing

QCE 2024 Tutorial 4: Part I Introduction

QCE 2024 Tutorial 4: Part I Introduction

Superconducting Qubit Architecture and Chip Design - QCE Tutorial 2024

Superconducting Qubit Architecture and Chip Design - QCE Tutorial 2024

High School Introduction to Quantum Computing

High School Introduction to Quantum Computing

Sdeivce Sweeping from Negative to Positive and Curve Naming; SS, Vth extractions

Sdeivce Sweeping from Negative to Positive and Curve Naming; SS, Vth extractions

Create Gate Contact for JFET and Insert Vertices

Create Gate Contact for JFET and Insert Vertices

HFSS Energy Participation Ratio for Cross Kerr Analysis - Quantum Chip Design

HFSS Energy Participation Ratio for Cross Kerr Analysis - Quantum Chip Design

Resonator Eigen-Mode and Quality Factor Simulation using HFSS - Quantum Chip Design

Resonator Eigen-Mode and Quality Factor Simulation using HFSS - Quantum Chip Design

Analytical Design of Feedline and Resonator Coupling - Quantum Chip Design

Analytical Design of Feedline and Resonator Coupling - Quantum Chip Design

Numpy Float Error in EPR Energy Participation Ratio Analysis pyEPR

Numpy Float Error in EPR Energy Participation Ratio Analysis pyEPR

Using Q3D to Simulate Transmon Capacitance from Qiskit Metal - Quantum Chip Design

Using Q3D to Simulate Transmon Capacitance from Qiskit Metal - Quantum Chip Design

Extraction of Effective Dielectric Constant and Meshing - Quantum Chip Design

Extraction of Effective Dielectric Constant and Meshing - Quantum Chip Design

How to Simulate Transmission Line S Parameter using HFSS - Quantum Chip Design

How to Simulate Transmission Line S Parameter using HFSS - Quantum Chip Design

L28C - Final Review for Cryogenic Electronics

L28C - Final Review for Cryogenic Electronics

L28B - IQ Demodulation for Qubit Readout

L28B - IQ Demodulation for Qubit Readout

L28-A Common Source Cascode Amplifier with Inductive Degeneration Part III Full

L28-A Common Source Cascode Amplifier with Inductive Degeneration Part III Full

L27 - Common Source Cascode with Inductive Degeneration LNA Part II

L27 - Common Source Cascode with Inductive Degeneration LNA Part II

L26B - Common Source with Inductive Degeneration LNA - Part I

L26B - Common Source with Inductive Degeneration LNA - Part I

L26A - Gate based Radio frequency Reflectometry and Impedance Transformation

L26A - Gate based Radio frequency Reflectometry and Impedance Transformation

L25B - Qubit Readout: Reflectometry and HEMT

L25B - Qubit Readout: Reflectometry and HEMT

L25A - Single Electron Transistor, Coulomb Diamond, Coulomb Blockage

L25A - Single Electron Transistor, Coulomb Diamond, Coulomb Blockage

L24A1 - Inductor Modeling

L24A1 - Inductor Modeling

L24B - Coulomb Blockade, Single Electron Box, Single Electron Transistor

L24B - Coulomb Blockade, Single Electron Box, Single Electron Transistor

L24A2 - Numerical Example of Cascode LNA with Inductive Biasing Design

L24A2 - Numerical Example of Cascode LNA with Inductive Biasing Design

L23 - Cascode LNA with Inductive Biasing Design Step by Step

L23 - Cascode LNA with Inductive Biasing Design Step by Step

L22B - Noise and Impedance Matching in Common Gate with Inductive Load

L22B - Noise and Impedance Matching in Common Gate with Inductive Load

L22A - Complete Version: Noise and Impedance Matching in Common Source with Resistive Feedback

L22A - Complete Version: Noise and Impedance Matching in Common Source with Resistive Feedback

L21B - Noise and Impedance Matching in Common Source with Resistive Feedback

L21B - Noise and Impedance Matching in Common Source with Resistive Feedback

L21A - Noise and Impedance Matching in Common Source with Inductive Load

L21A - Noise and Impedance Matching in Common Source with Inductive Load

L20C - Noise Figure of Resistively Matched Common Source Amplifier

L20C - Noise Figure of Resistively Matched Common Source Amplifier

L20B - Numerical Examples of Noise Figures, Noise from Wire, Sheet Resistance

L20B - Numerical Examples of Noise Figures, Noise from Wire, Sheet Resistance

L20A - Friis Equation and Cascade Common Source Amplifier

L20A - Friis Equation and Cascade Common Source Amplifier

L19D - Available Power Gain

L19D - Available Power Gain

L19C - Noise Figure in Cascade Circuit

L19C - Noise Figure in Cascade Circuit

L19B - Noise Figure in Common Source Amplifier Example

L19B - Noise Figure in Common Source Amplifier Example

L19A - Review of Noise Factor and Noise Figure

L19A - Review of Noise Factor and Noise Figure

L18B - Signal to Noise Ratio, Noise Factor and Noise Figure

L18B - Signal to Noise Ratio, Noise Factor and Noise Figure

L18A - Input Referred Noise of Common Gate Amplifier, Gain, Transimpedance

L18A - Input Referred Noise of Common Gate Amplifier, Gain, Transimpedance

L17D - (with sound) Transistor Noise - Flicker Noise, Thermal Noise, Gate R noise

L17D - (with sound) Transistor Noise - Flicker Noise, Thermal Noise, Gate R noise

L17C - (with sound) Noise in RC Filter

L17C - (with sound) Noise in RC Filter

L17B - (with sound) Noise in Voltage Divider and Signal to Noise Ratio

L17B - (with sound) Noise in Voltage Divider and Signal to Noise Ratio

L17A - (with sound) Explanation of Noise Power Spectral Density Symbols

L17A - (with sound) Explanation of Noise Power Spectral Density Symbols

L16 Resistor Noise and Modeling

L16 Resistor Noise and Modeling

L15A - Small Signal Analysis - A Review

L15A - Small Signal Analysis - A Review

L15-B Noise and Power Spectral Density

L15-B Noise and Power Spectral Density

Notes on Setting up Noise Measurements using Keysight VNA

Notes on Setting up Noise Measurements using Keysight VNA

L14B - Midterm and Homework Review

L14B - Midterm and Homework Review

L14A - Easki Diode and 1D transport

L14A - Easki Diode and 1D transport

L13B - Infinite and Finite Quantum Well Solution

L13B - Infinite and Finite Quantum Well Solution

L13C - Cryogenic Transconductance and Ballistic Transport

L13C - Cryogenic Transconductance and Ballistic Transport

L13A - Solving Schroedinger Equation for Free Electron

L13A - Solving Schroedinger Equation for Free Electron

L12 - HEMT Cryogenic Properties

L12 - HEMT Cryogenic Properties

L11B - Transit Frequency, Cutoff Frequency Ft in High Electron Mobility Transistor HEMT

L11B - Transit Frequency, Cutoff Frequency Ft in High Electron Mobility Transistor HEMT

L11A - High Electron Mobility Transistor HEMT

L11A - High Electron Mobility Transistor HEMT

L10C -14nm FinFET DRC, LVS, Post layout simulation (Part II)

L10C -14nm FinFET DRC, LVS, Post layout simulation (Part II)

L10B - Cadence Generic 14nm FinFET Layout and Structure (Part I)

L10B - Cadence Generic 14nm FinFET Layout and Structure (Part I)

L10A - Cryogenic FinFET Papers Review

L10A - Cryogenic FinFET Papers Review

L9C - Cryogenic FinFET and Paper Review 1

L9C - Cryogenic FinFET and Paper Review 1

L9B - Strain and Stress in FinFET

L9B - Strain and Stress in FinFET

L9A - FinFET Layout, Cross Section, SEM and Current Calculation

L9A - FinFET Layout, Cross Section, SEM and Current Calculation

L8C - FinFET Orientation Dependent Mobility

L8C - FinFET Orientation Dependent Mobility

L8B - FinFET Fabrication, Bulk and SOI FinFET

L8B - FinFET Fabrication, Bulk and SOI FinFET

L8A Cryogenic SOI mobility, kink effect, Self-heating and Quantum Confinement

L8A Cryogenic SOI mobility, kink effect, Self-heating and Quantum Confinement

L7C-SOI Manufacturing, Parasitic Capacitance, Subthreshold Swing,

L7C-SOI Manufacturing, Parasitic Capacitance, Subthreshold Swing,

L7B - SOI Short Channel Effect, Vth Roll Off and Drain Induced Barrier Lowering

L7B - SOI Short Channel Effect, Vth Roll Off and Drain Induced Barrier Lowering

L7A - Silicon on Insulator SOI and Latch Up

L7A - Silicon on Insulator SOI and Latch Up

L6B- LDD and Substrate Freeze-out, Kink Effect, and Cryogenic Leakage and Reliability

L6B- LDD and Substrate Freeze-out, Kink Effect, and Cryogenic Leakage and Reliability

L6A - Incomplete Ionization and Carrier Freeze Out

L6A - Incomplete Ionization and Carrier Freeze Out

L5B - Takagi Universal Mobility Model and Cryogenic Mobility

L5B - Takagi Universal Mobility Model and Cryogenic Mobility

L5-A: Abnormal Subthreshold Swing - Band Tail State and Interface Traps

L5-A: Abnormal Subthreshold Swing - Band Tail State and Interface Traps

L4E - Subthreshold Swing and its Physics - Part 1

L4E - Subthreshold Swing and its Physics - Part 1

L4-D - Meanings of Transconductance and Output Impedance

L4-D - Meanings of Transconductance and Output Impedance

L4C - Velocity Saturation of Electrons and Mobility Model

L4C - Velocity Saturation of Electrons and Mobility Model

L4-B Linear Mode and Saturation Mode and IDVD and IDVG Curves

L4-B Linear Mode and Saturation Mode and IDVD and IDVG Curves

L4-A Transistor Pinch-off

L4-A Transistor Pinch-off

L3D - Planar Transistor Theory and Band Diagram

L3D - Planar Transistor Theory and Band Diagram

L3C - Advanced Planar Transistor

L3C - Advanced Planar Transistor

L3B - Semiconductor Fabrication and Layout

L3B - Semiconductor Fabrication and Layout

L3A - What is Electron Volt (eV)?

L3A - What is Electron Volt (eV)?

L2D - Cadence Virtuoso for Transistor Layout

L2D - Cadence Virtuoso for Transistor Layout

L2C - Thermal Conductivity and Electrical Conductivity at Cryogenic Temperature

L2C - Thermal Conductivity and Electrical Conductivity at Cryogenic Temperature

L2B - How does dilution refrigerator works and Vacuum Environment

L2B - How does dilution refrigerator works and Vacuum Environment

L2A - Why Cryogenic Electronics and Energy Scale

L2A - Why Cryogenic Electronics and Energy Scale

Derive Echoed Cross Resonance ECR Matrix

Derive Echoed Cross Resonance ECR Matrix

L13 - Turn on Scheme Commands and other Panels in Sentaurus Structure Editor

L13 - Turn on Scheme Commands and other Panels in Sentaurus Structure Editor

Cryogenic LNA Measurement using Keysight VNA P5005A and E5262

Cryogenic LNA Measurement using Keysight VNA P5005A and E5262

29 - Introduction to Superconductor and Josephson Junction

29 - Introduction to Superconductor and Josephson Junction

28B - 3D NAND Memory: 3D Structure

28B - 3D NAND Memory: 3D Structure

28A - 3D NAND Memory - Basics of Flash Memory -Read, Write and Erase

28A - 3D NAND Memory - Basics of Flash Memory -Read, Write and Erase

27B: Neuromorphic Computing - Potentiation and Depression and Spiking Neural Network

27B: Neuromorphic Computing - Potentiation and Depression and Spiking Neural Network

27A: Neuromorphic Computing - non von Neumann Architecture, Neural Network, Deep Learning

27A: Neuromorphic Computing - non von Neumann Architecture, Neural Network, Deep Learning

26C - Neuromorphic Computing - Spike Timing Dependent Plasticky STDP

26C - Neuromorphic Computing - Spike Timing Dependent Plasticky STDP

26B - Neuromorphic Computing: Memory Hierarchy and Neurons

26B - Neuromorphic Computing: Memory Hierarchy and Neurons

26A - STT RAM : Read and Write Operations

26A - STT RAM : Read and Write Operations

25B - STT RAM Physics : Paul Paramagnetism, Characterization of STT RAM

25B - STT RAM Physics : Paul Paramagnetism, Characterization of STT RAM

25A - STT RAM Basics - Ferro Magnetism and Anit Ferro Magnetism

25A - STT RAM Basics - Ferro Magnetism and Anit Ferro Magnetism

24B - How does a Tunnel Field-Effect Transistor (TFET) work?

24B - How does a Tunnel Field-Effect Transistor (TFET) work?

24-A How FinFET, SOI and TFET have better Subthreshold Slopes to overcome Energy Wall

24-A How FinFET, SOI and TFET have better Subthreshold Slopes to overcome Energy Wall

23B - Phase Change Memory PCM and Elements used in Semiconductor

23B - Phase Change Memory PCM and Elements used in Semiconductor

23A - CBRAM Conductive Bridge Random Access Memory

23A - CBRAM Conductive Bridge Random Access Memory

22B - Selector for ReRAM and Multi-qubit Writing

22B - Selector for ReRAM and Multi-qubit Writing

22 - ReRAM Circuit, Layout, Read and Write Operations and Issues

22 - ReRAM Circuit, Layout, Read and Write Operations and Issues

21B - Resistive Memory ReRAM Physics - LRS, HRS

21B - Resistive Memory ReRAM Physics - LRS, HRS

21A : What is Memory Wall, Power Wall and Memristor

21A : What is Memory Wall, Power Wall and Memristor

20-B (Ultra) Wide Bandgap - Silicon Carbide Process Flow compared to Silicon

20-B (Ultra) Wide Bandgap - Silicon Carbide Process Flow compared to Silicon

20A - (Ultra) Wide-Bandgap: Gallium Nitride HEMT Explained, normally-on, normally-off

20A - (Ultra) Wide-Bandgap: Gallium Nitride HEMT Explained, normally-on, normally-off

19C - (Ultra) Wide Bandgap - Gallium Nitride, Aluminum Nitride, HEMT, Ambacher's Model, 2DEG

19C - (Ultra) Wide Bandgap - Gallium Nitride, Aluminum Nitride, HEMT, Ambacher's Model, 2DEG

(2023) Lecture 28-B: Rabi Oscillation, Spin Resonance and Final Review

(2023) Lecture 28-B: Rabi Oscillation, Spin Resonance and Final Review

19-B (Ultra) Wide Bandgap - Johnson and Baliga Figures of Merit, Diode Drift Length vs. Doping

19-B (Ultra) Wide Bandgap - Johnson and Baliga Figures of Merit, Diode Drift Length vs. Doping

19A - Ultra Wide Bandgap: Silicon Carbide and Gallium Oxide Devices Diode, , JBS, MOSFET, JFET

19A - Ultra Wide Bandgap: Silicon Carbide and Gallium Oxide Devices Diode, , JBS, MOSFET, JFET

(2023) Lecture 28 - Spin Qubit Larmor Precession and Z gate

(2023) Lecture 28 - Spin Qubit Larmor Precession and Z gate

18B - Ultra Wide Bandgap Specific On Resistance, Baliga FOM, Johnson FOM, Crystal Type, Polytype

18B - Ultra Wide Bandgap Specific On Resistance, Baliga FOM, Johnson FOM, Crystal Type, Polytype

18A - Ultra-Wide Bandgap Materials: Breakdown Field and Introduction

18A - Ultra-Wide Bandgap Materials: Breakdown Field and Introduction

17-B NC-FET Ferroelectric Transistor - Landau Khalatnikov LK Equation

17-B NC-FET Ferroelectric Transistor - Landau Khalatnikov LK Equation

17-A - NC-FET Ferroelectric Transistor - Concept of Negative Capacitance

17-A - NC-FET Ferroelectric Transistor - Concept of Negative Capacitance

(2023) Lecture 27 - Schroedinger Equation for Qubit, Larmor Precession, Z gate

(2023) Lecture 27 - Schroedinger Equation for Qubit, Larmor Precession, Z gate

16 - NC-FET Ferroelectric Transistor - Review of Dielectric Constant

16 - NC-FET Ferroelectric Transistor - Review of Dielectric Constant

14-C - Ballistic Transport and Subthreshold Slope

14-C - Ballistic Transport and Subthreshold Slope

(2023) Lecture 26 - Rotation about Bloch Sphere, Exponentiate a matrix, Schroedinger Equation

(2023) Lecture 26 - Rotation about Bloch Sphere, Exponentiate a matrix, Schroedinger Equation

14-B - Capacitance Voltage CV Curves: Frequency, Traps, Body Bias

14-B - Capacitance Voltage CV Curves: Frequency, Traps, Body Bias

14A - Incomplete Ionization Model

14A - Incomplete Ionization Model

13B - Quantum Confinement, Density of State DOS, Carrier Distribution and Concentration

13B - Quantum Confinement, Density of State DOS, Carrier Distribution and Concentration

13 - FinFET Physics - Effective mass, Strain, Stress, Orientation-Dependent Mobility

13 - FinFET Physics - Effective mass, Strain, Stress, Orientation-Dependent Mobility

12 - FinFET 3D Transistor, Bulk/SOI FinFET, Tri-Gate, GAA, S/D Epitaxy

12 - FinFET 3D Transistor, Bulk/SOI FinFET, Tri-Gate, GAA, S/D Epitaxy

11 - SOI - Ultra Thin Body SOI, Self-heating, Impact Ionization, Kink Effect

11 - SOI - Ultra Thin Body SOI, Self-heating, Impact Ionization, Kink Effect

10 - Topics on Silicon on Insulator (SOI) - Wafers, FD-SOI, PD-SOI, Back Gate Bias, SS

10 - Topics on Silicon on Insulator (SOI) - Wafers, FD-SOI, PD-SOI, Back Gate Bias, SS

(2023) Lecture 25 - Bloch Sphere - second part

(2023) Lecture 25 - Bloch Sphere - second part

9 - Transistor Scaling Challenges

9 - Transistor Scaling Challenges

8 - Five Theories to Explain and Calculate Short Channel Effects

8 - Five Theories to Explain and Calculate Short Channel Effects

7B - Short Channel Effects: Vth Roll Off and Drain Induced Barrier Lowering

7B - Short Channel Effects: Vth Roll Off and Drain Induced Barrier Lowering

7-A - Drift and Diffusion Equation, Einstein Relationship, Continuity Equation

7-A - Drift and Diffusion Equation, Einstein Relationship, Continuity Equation

6-B - Poisson Equation and MOS Cap Electrostatic

6-B - Poisson Equation and MOS Cap Electrostatic

(2023) Midterm Review

(2023) Midterm Review

(2023) Lecture 24 - Bloch Sphere - Basics

(2023) Lecture 24 - Bloch Sphere - Basics

6-A - Tunneling, Schottky Contact, PN Junction, GIDL, BTBT

6-A - Tunneling, Schottky Contact, PN Junction, GIDL, BTBT

5-B - MOSFET IV On Current and Subthreshold Leakage

5-B - MOSFET IV On Current and Subthreshold Leakage

5A - CV Capacitance Voltage Curves Construction

5A - CV Capacitance Voltage Curves Construction

4-B - MOS Cap Band Diagram and Threshold Voltage and Interface Traps

4-B - MOS Cap Band Diagram and Threshold Voltage and Interface Traps

4A - Fermi-Dirac Distribution and MOS Cap Flat Band Condition

4A - Fermi-Dirac Distribution and MOS Cap Flat Band Condition

3 - Modern Transistor Scaling

3 - Modern Transistor Scaling

2 - Dennard's Scaling Law and Moore's Law

2 - Dennard's Scaling Law and Moore's Law

2023 Lecture 21 - Quantum Fourier Transform

2023 Lecture 21 - Quantum Fourier Transform

1 - Transistor Scaling Overview and Review of Poisson Equation

1 - Transistor Scaling Overview and Review of Poisson Equation

TCAD Sentaurus Hands-on Tutorial - Sentaurus Device Mixed Mode Simulation

TCAD Sentaurus Hands-on Tutorial - Sentaurus Device Mixed Mode Simulation

TCAD Sentaurus Hands-on Tutorial - Sentaurus Device Basics

TCAD Sentaurus Hands-on Tutorial - Sentaurus Device Basics

2023 Lecture 17 - Entanglement Swapping and Deutsch Algorithm

2023 Lecture 17 - Entanglement Swapping and Deutsch Algorithm

TCAD Sentaurus Hands-on Tutorial - Sentaurus Structure Editor

TCAD Sentaurus Hands-on Tutorial - Sentaurus Structure Editor

TCAD Sentaurus Hands-on Tutorial: Sentaurus Workbench and Structure Editor and SVisual

TCAD Sentaurus Hands-on Tutorial: Sentaurus Workbench and Structure Editor and SVisual

TCAD Sentaurus Hands-on Tutorial: Linux Environment

TCAD Sentaurus Hands-on Tutorial: Linux Environment

L12 - Create 3D Silicon Carbide MOSFET using SPX

L12 - Create 3D Silicon Carbide MOSFET using SPX

L11 - Fabrication Flow of FinFET using SPX

L11 - Fabrication Flow of FinFET using SPX

L10 - Two ways to visualize SDevice Results

L10 - Two ways to visualize SDevice Results

L9 - How to plot band diagram using SVisual

L9 - How to plot band diagram using SVisual

L8 - Extract Threshold Voltage Automatically with SVisual in SWB

L8 - Extract Threshold Voltage Automatically with SVisual in SWB

L7 - Run Multiple Local Jobs Simultaneously in Sentaurus Workbench

L7 - Run Multiple Local Jobs Simultaneously in Sentaurus Workbench

How to form Control Gate Matrix and Its Matlab Code

How to form Control Gate Matrix and Its Matlab Code

L6 - How to use SVisual and Create SVisual Script

L6 - How to use SVisual and Create SVisual Script

L5 - SDevice Input File Introduction and Explanation

L5 - SDevice Input File Introduction and Explanation

L4 - Building a Structure using Sentaurus Structure Editor in GUI Mode

L4 - Building a Structure using Sentaurus Structure Editor in GUI Mode

L3 - Adding Variables and Pre-Processing in SWB

L3 - Adding Variables and Pre-Processing in SWB

L2 - Create SWB Project from Scratch - Import Master File

L2 - Create SWB Project from Scratch - Import Master File

L1 - Sentaurus Workbench SWB Introduction and Definition of Contact

L1 - Sentaurus Workbench SWB Introduction and Definition of Contact

2023 Lecture 12 Review of Tensor Product, EPR Paradox, NOT Gate, XOR Gate, SWAP Gate

2023 Lecture 12 Review of Tensor Product, EPR Paradox, NOT Gate, XOR Gate, SWAP Gate

TCAD Simulation for Ultra Wide Bandgap Materials and Devices

TCAD Simulation for Ultra Wide Bandgap Materials and Devices

QCE2023: Part V&VI Superconducting Qubit Hardware and Optimizing Qubit Readout Using Qiskit and HFSS

QCE2023: Part V&VI Superconducting Qubit Hardware and Optimizing Qubit Readout Using Qiskit and HFSS

QCE 2023 Part I-Overview of Quantum Computing Lecture

QCE 2023 Part I-Overview of Quantum Computing Lecture

QCE2023: Part III and IV Programming on IBM Q Deutsch Algorithm and Quantum Fourier Transform

QCE2023: Part III and IV Programming on IBM Q Deutsch Algorithm and Quantum Fourier Transform

QCE2023: Part II Quantum Gates and Write a Quantum Compter Simulator

QCE2023: Part II Quantum Gates and Write a Quantum Compter Simulator

2023 Lecture 7: Eigenvectors and Unitary Transformation

2023 Lecture 7: Eigenvectors and Unitary Transformation

2023 Lecture 6 Hermitian Matrix and Real Eigenvalue and Assignment 1

2023 Lecture 6 Hermitian Matrix and Real Eigenvalue and Assignment 1

L28 Static Noise Margin (SNM) Hold and Read Noise Margin in SRAM

L28 Static Noise Margin (SNM) Hold and Read Noise Margin in SRAM

L27-B SRAM: Sense Amplifier, Row and Column Decoder, SRAM Timing, Layout

L27-B SRAM: Sense Amplifier, Row and Column Decoder, SRAM Timing, Layout

L27-A SRAM: Read and Write Operations

L27-A SRAM: Read and Write Operations

L26-C SRAM Block, Cell and Read Operation

L26-C SRAM Block, Cell and Read Operation

L26-B Interconnect I /Voltage Drop, Electromigration, Repeater

L26-B Interconnect I /Voltage Drop, Electromigration, Repeater

L26-A Sizing Buffer for Minimum Power Consumption while Meeting Delay Requirement

L26-A Sizing Buffer for Minimum Power Consumption while Meeting Delay Requirement

L25 Clock Skew, Clock Jitter, and Clock Distribution

L25 Clock Skew, Clock Jitter, and Clock Distribution

L24-B Pipelining and Clock Skew

L24-B Pipelining and Clock Skew

L24-A Avoid Clock Overlapping Issue: Clocked CMOS Register

L24-A Avoid Clock Overlapping Issue: Clocked CMOS Register

L23-C Dynamic Transmission Gate Edge Triggered Registers

L23-C Dynamic Transmission Gate Edge Triggered Registers

L23-B Clock loading, non-overlapping clock, Clocked SR Flip Flop

L23-B Clock loading, non-overlapping clock, Clocked SR Flip Flop

L23-A Timing in Master Slave Flip Flop and Review of Latches

L23-A Timing in Master Slave Flip Flop and Review of Latches

L22-C Multiplexer Based Latch, Pass Gate and Transmission Gate

L22-C Multiplexer Based Latch, Pass Gate and Transmission Gate

L22-B Sequential Circuits, Latches and Registers

L22-B Sequential Circuits, Latches and Registers

L22-A Putting Circuit in Standby Mode to Reduce Power Consumption

L22-A Putting Circuit in Standby Mode to Reduce Power Consumption

L21-B Circuit Design to Reduce Power Consumption

L21-B Circuit Design to Reduce Power Consumption

L21-A Shifter Implementation

L21-A Shifter Implementation

L20-B Carry Save and Tree Multiplier Design and Timing

L20-B Carry Save and Tree Multiplier Design and Timing

L20-A Log CLA Adder and Timing Analysis of Various Type of Adders

L20-A Log CLA Adder and Timing Analysis of Various Type of Adders

L19-B Carry Select Adder and Carry Look Ahead Adder

L19-B Carry Select Adder and Carry Look Ahead Adder

L19-A Carry Bypass Adder with Review of basic concepts

L19-A Carry Bypass Adder with Review of basic concepts

L18-B Mirror Adder and Carry Bypass Adder

L18-B Mirror Adder and Carry Bypass Adder

L18-A Full Adder and Ripple Carry Adder

L18-A Full Adder and Ripple Carry Adder

L17-B Dynamic Logic Problems and Domino Logic

L17-B Dynamic Logic Problems and Domino Logic

L17-A Dynamic Logic: Principles, Sizing, Power Consumption

L17-A Dynamic Logic: Principles, Sizing, Power Consumption

L16-D Dynamic Power due to Gate Activity, Glitches, Stacking Effects

L16-D Dynamic Power due to Gate Activity, Glitches, Stacking Effects

L16-C Branching Effort and Minimal Gate Chain Delay

L16-C Branching Effort and Minimal Gate Chain Delay

L16-B Gate Effort and Minimal Gate Chain Delay

L16-B Gate Effort and Minimal Gate Chain Delay

L16-A Logical Effort and Fan out

L16-A Logical Effort and Fan out

L15-C Delay of Complex Logic Circuit and intrinsic delay (p-value)

L15-C Delay of Complex Logic Circuit and intrinsic delay (p-value)

L15-B Delay and Sizing in NAND and NOR Gates

L15-B Delay and Sizing in NAND and NOR Gates