Канал: Jeffrey Walling

Cadence - Creating a Vector File for Simulation in Spectre

Cadence - Creating a Vector File for Simulation in Spectre

Cadence - How to find device capacitance

Cadence - How to find device capacitance

Cadence - Using a Config View to control the netlist hierarchy

Cadence - Using a Config View to control the netlist hierarchy

Cadence - Creating a Config View for Hierarchy Editing

Cadence - Creating a Config View for Hierarchy Editing

Cadence - Hierarchical Schematic Design

Cadence - Hierarchical Schematic Design

Import Symbol Views to Imported IP Library

Import Symbol Views to Imported IP Library

Importing IP from GDS

Importing IP from GDS

Mixed-mode S-parameter Simulations

Mixed-mode S-parameter Simulations

Creating an Ideal Transformer

Creating an Ideal Transformer

How to Set Cadence Simulation Directory to Temp Space

How to Set Cadence Simulation Directory to Temp Space

How to run a Monte Carlo Simulation in Cadence

How to run a Monte Carlo Simulation in Cadence

S-Parameter Simulations in ADE Explorer

S-Parameter Simulations in ADE Explorer

Inverter Design

Inverter Design

Creating an Alias for Launching Cadence

Creating an Alias for Launching Cadence

Setup 22nm PDK at Virginia Tech

Setup 22nm PDK at Virginia Tech

ECE 3204 Lecture 20C - Feedback Example #3

ECE 3204 Lecture 20C - Feedback Example #3

ECE 3204 Lecture 20B - Feedback Example #2

ECE 3204 Lecture 20B - Feedback Example #2

ECE 3204 Lecture 20A - Negative Feedback Examples #1

ECE 3204 Lecture 20A - Negative Feedback Examples #1

ECE 3204 Lecture 19D - RHP Zero

ECE 3204 Lecture 19D - RHP Zero

ECE 3204 Lecture 19C - LHP Zero

ECE 3204 Lecture 19C - LHP Zero

ECE 3204 Lecture 19B - RHP Poles

ECE 3204 Lecture 19B - RHP Poles

ECE3204 - Lecture 19A - Review of transfer functions (LHP Pole)

ECE3204 - Lecture 19A - Review of transfer functions (LHP Pole)

ECE 3204 Lecture 18D - Negative Feedback Example (Shunt-Shunt)

ECE 3204 Lecture 18D - Negative Feedback Example (Shunt-Shunt)

ECE 3204 Lecture 18C - Identifying Negative Feedback Connections

ECE 3204 Lecture 18C - Identifying Negative Feedback Connections

ECE 3204 Lecture 18B - Negative Feedback using Two-Port Network Parameters

ECE 3204 Lecture 18B - Negative Feedback using Two-Port Network Parameters

ECE 3204 Lecture 18A - Negative Feedback

ECE 3204 Lecture 18A - Negative Feedback

ECE 3204 Lecture 17C - Op-amp Compensation, Optimal Nulling Resistor

ECE 3204 Lecture 17C - Op-amp Compensation, Optimal Nulling Resistor

ECE 3204 Lecture 17B - Op-amp Compensation, Moving the Zero

ECE 3204 Lecture 17B - Op-amp Compensation, Moving the Zero

ECE 3204 Lecture 17A - Op-amp Compensation, Dealing with the RHP Zero

ECE 3204 Lecture 17A - Op-amp Compensation, Dealing with the RHP Zero

ECE 3204 Lecture 16C - Bode Analysis of Basic Miller Compensation

ECE 3204 Lecture 16C - Bode Analysis of Basic Miller Compensation

ECE 3204 Lecture 16B - Miller Compensation Small-Signal Analysis

ECE 3204 Lecture 16B - Miller Compensation Small-Signal Analysis

ECE 3204 Lecture 16A - Pole-splitting Compensation

ECE 3204 Lecture 16A - Pole-splitting Compensation

Setting up Aliases to Aid in Launching Cadence for 22FDX

Setting up Aliases to Aid in Launching Cadence for 22FDX

ECE3204 Lecture 15B - Stability in Op-amps

ECE3204 Lecture 15B - Stability in Op-amps

ECE3204 Lecture 15A - Feedback in Op-amp Systems

ECE3204 Lecture 15A - Feedback in Op-amp Systems

ECE3204 Lecture 14C - Telescopic Cascode OTA

ECE3204 Lecture 14C - Telescopic Cascode OTA

ECE3204 Lecture 14B - Understanding amplifiers in Feedback using Bode Plots

ECE3204 Lecture 14B - Understanding amplifiers in Feedback using Bode Plots

ECE3204 Lecture 14A - Effects of Finite Gain and Frequency Response in Op-amps

ECE3204 Lecture 14A - Effects of Finite Gain and Frequency Response in Op-amps

ECE3204 Lecture 13D - Source-coupled Pair with Current Mirror Load - Common-mode Voltage Gain

ECE3204 Lecture 13D - Source-coupled Pair with Current Mirror Load - Common-mode Voltage Gain

ECE3204 Lecture 13C - Source-coupled Pair with Active Load - Differential Mode Gain

ECE3204 Lecture 13C - Source-coupled Pair with Active Load - Differential Mode Gain

ECE3204 Lecture 13B - Large Signal Behavior of Source-Coupled Pairs

ECE3204 Lecture 13B - Large Signal Behavior of Source-Coupled Pairs

ECE3204 Lecture 13A - Current Source Matching

ECE3204 Lecture 13A - Current Source Matching

ECE3204 Lecture 12C - Common-Mode Gain of Source-coupled Pairs

ECE3204 Lecture 12C - Common-Mode Gain of Source-coupled Pairs

ECE3204 Lecture 12B - Differential Mode Gain of Source-coupled Pairs

ECE3204 Lecture 12B - Differential Mode Gain of Source-coupled Pairs

ECE3204 Lecture 12A - Source-coupled Pair (Differential Amplifiers)

ECE3204 Lecture 12A - Source-coupled Pair (Differential Amplifiers)

ECE3204 Lecture 11D - High-Swing Cascode Current Source

ECE3204 Lecture 11D - High-Swing Cascode Current Source

ECE3204 Lecture 11C - Cascode Current Sources

ECE3204 Lecture 11C - Cascode Current Sources

ECE3204 Lecture 11B - Widlar Current Source

ECE3204 Lecture 11B - Widlar Current Source

ECE3204 Lecture 11A - Scaling Output Current in Current Mirrors

ECE3204 Lecture 11A - Scaling Output Current in Current Mirrors

ECE3204 Lecture 10C - Beta Helper Current Mirror and PNP/PMOS Mirrors

ECE3204 Lecture 10C - Beta Helper Current Mirror and PNP/PMOS Mirrors

ECE3204 Lecture 10B - Multiple Output Current Mirror in BJTs

ECE3204 Lecture 10B - Multiple Output Current Mirror in BJTs

ECE3204 Lecture 10A - Bias Voltage Generation and Simple Current Mirrors

ECE3204 Lecture 10A - Bias Voltage Generation and Simple Current Mirrors

ECE3204 Lecture 9B - Non-resisitive Loads for Amplifiers

ECE3204 Lecture 9B - Non-resisitive Loads for Amplifiers

ECE 3204 Lecture 9A - Active Loads

ECE 3204 Lecture 9A - Active Loads

ECE 3204 Lecture 9C - Amplifiers with Active Loads

ECE 3204 Lecture 9C - Amplifiers with Active Loads

ECE 3204 Lecture 8B - SCTC Example Calculation

ECE 3204 Lecture 8B - SCTC Example Calculation

ECE 3204 Lecture 8A - Short Circuit Time Constant Analysis

ECE 3204 Lecture 8A - Short Circuit Time Constant Analysis

ECE 3204 Lecture 7D - Miller Effect

ECE 3204 Lecture 7D - Miller Effect

ECE 3204 Lecture 7C - Example OCTC Analysis

ECE 3204 Lecture 7C - Example OCTC Analysis

ECE 3204 Lecture 7B - Finding individual time-constants

ECE 3204 Lecture 7B - Finding individual time-constants

ECE 3204 Lecture 7A - Open Circuit Time Constant Analysis

ECE 3204 Lecture 7A - Open Circuit Time Constant Analysis

Practice Problem 1D

Practice Problem 1D

Practice Problem 1C

Practice Problem 1C

Practice Problem 1B

Practice Problem 1B

Practice Problem 1A

Practice Problem 1A

ECE 3204 Lecture 6C - Inspection Analysis for MOS and BJT Amplifiers

ECE 3204 Lecture 6C - Inspection Analysis for MOS and BJT Amplifiers

ECE 3204 Lecture 6B - Inspection Analysis Example

ECE 3204 Lecture 6B - Inspection Analysis Example

ECE 3204 Lecture 6A - Transistor Amplifier Inspection Analysis

ECE 3204 Lecture 6A - Transistor Amplifier Inspection Analysis

ECE 3204 Lecture 5D - MOS Amplifiers: Input and Output Resistance

ECE 3204 Lecture 5D - MOS Amplifiers: Input and Output Resistance

ECE 3204 Lecture 5C - MOS Amplifiers:: Another Example

ECE 3204 Lecture 5C - MOS Amplifiers:: Another Example

ECE 3204 Lecture 5B - MOS Amplifiers: Transconductance and Output Resistance

ECE 3204 Lecture 5B - MOS Amplifiers: Transconductance and Output Resistance

ECE 3204 Lecture 5A - MOS Amplifiers

ECE 3204 Lecture 5A - MOS Amplifiers

ECE 3204 Lecture 4D - BJT Amplifier Input/Output Resistance

ECE 3204 Lecture 4D - BJT Amplifier Input/Output Resistance

ECE 3204 Lecture 4C - BJT Amplifier Gain Analysis Example 2

ECE 3204 Lecture 4C - BJT Amplifier Gain Analysis Example 2

ECE 3204 Lecture 4B - BJT Amplifier Gain Analysis Example 1

ECE 3204 Lecture 4B - BJT Amplifier Gain Analysis Example 1

ECE 3204 Lecture 4A - BJT Amplifiers

ECE 3204 Lecture 4A - BJT Amplifiers

ECE 3204 Lecture 3D - MOS Small-signal Model

ECE 3204 Lecture 3D - MOS Small-signal Model

ECE 3204 Lecture 3c - MOS Operation

ECE 3204 Lecture 3c - MOS Operation

ECE 3204 Lecture 3b - MOS Operating Regions

ECE 3204 Lecture 3b - MOS Operating Regions

ECE 3204 Lecture 3a - MOS Transistors

ECE 3204 Lecture 3a - MOS Transistors

ECE 3204 Lecture 2b - BJT Operating Regions

ECE 3204 Lecture 2b - BJT Operating Regions

ECE 3204 Lecture 2d - BJT Small-signal Model

ECE 3204 Lecture 2d - BJT Small-signal Model

ECE 3204 Lecture 2c - BJT Bias Point

ECE 3204 Lecture 2c - BJT Bias Point

ECE 3204 Lecture 2a - BJT Introduction

ECE 3204 Lecture 2a - BJT Introduction

ADS - Layout and EM Simulation of Quadrature Hybrid Coupler

ADS - Layout and EM Simulation of Quadrature Hybrid Coupler

ADS - Revisit Diode Mixer Matching

ADS - Revisit Diode Mixer Matching

ADS - Diode Mixer Simulation

ADS - Diode Mixer Simulation

ADS - Simulate and Optimize a Quadrature Hybrid Coupler

ADS - Simulate and Optimize a Quadrature Hybrid Coupler

ADS - Design Quadrature Hybrid Coupler

ADS - Design Quadrature Hybrid Coupler

Link Budget Analysis

Link Budget Analysis

ADS - Using Optimization Engine to Optimize PA

ADS - Using Optimization Engine to Optimize PA

ADS - Class-B Power Amplifier Simulation

ADS - Class-B Power Amplifier Simulation

ADS - Running Harmonic Balance Power Sweep of Power Amplifier

ADS - Running Harmonic Balance Power Sweep of Power Amplifier

ADS - Using Load Pull Simulation to Design an Amplifier

ADS - Using Load Pull Simulation to Design an Amplifier

ADS - Using the Optimizations Engine

ADS - Using the Optimizations Engine

ADS - Designing a Microstrip Matching Network

ADS - Designing a Microstrip Matching Network

ADS - Using Linecalc

ADS - Using Linecalc

ADS - Simultaneous Conjugate Match of Bilateral Transistor

ADS - Simultaneous Conjugate Match of Bilateral Transistor

Introduction to RF/MW - Lecture 1.1

Introduction to RF/MW - Lecture 1.1

S-parameter Simulations of a 2-port DUT

S-parameter Simulations of a 2-port DUT

ADS - Adding License Manager

ADS - Adding License Manager

Lecture 20.2 - EER Continued

Lecture 20.2 - EER Continued

Lecture 20.1 - Envelope Elimination and Restoration

Lecture 20.1 - Envelope Elimination and Restoration

Lecture 19 - Class-C Power Amplifiers

Lecture 19 - Class-C Power Amplifiers

Lecture 18.1 - Motivation for PA Linearization and Efficiency Enhancement

Lecture 18.1 - Motivation for PA Linearization and Efficiency Enhancement

Lecture 17.3 - Example Class-D PA Design

Lecture 17.3 - Example Class-D PA Design

Lecture 17.2 - Losses in Class-D Power Amplifiers

Lecture 17.2 - Losses in Class-D Power Amplifiers

Lecture 17.1 - Class-D Power Amplifiers

Lecture 17.1 - Class-D Power Amplifiers

Lecture 16.2 - Inverse Class-F Power Amplifiers

Lecture 16.2 - Inverse Class-F Power Amplifiers

Lecture 16.1 - Alternative Class-F Topologies

Lecture 16.1 - Alternative Class-F Topologies

Jeffrey Walling Live Stream

Jeffrey Walling Live Stream

Lecture 15.3 - Class-F Efficiency vs. # of Harmonic Terminations

Lecture 15.3 - Class-F Efficiency vs. # of Harmonic Terminations

Lecture 15.1 - Correction

Lecture 15.1 - Correction

Lecture 15.2 - Potential Implementations of the Class-F PA

Lecture 15.2 - Potential Implementations of the Class-F PA

Lecture 15.1 - Class-F Power Amplifiers

Lecture 15.1 - Class-F Power Amplifiers

Lecture 14.3 - Class-E PAs with Finite Supply Inductance

Lecture 14.3 - Class-E PAs with Finite Supply Inductance

Lecture 14.2 - Network Quality Factor and Differential Class-E PA

Lecture 14.2 - Network Quality Factor and Differential Class-E PA

Lecture 14.1 - Parallel Class-E Circuit

Lecture 14.1 - Parallel Class-E Circuit

Lecture 13.3 - Practical Considerations for Class-E Design in CMOS

Lecture 13.3 - Practical Considerations for Class-E Design in CMOS

Lecture 13.2 - Design of Class-E PAs

Lecture 13.2 - Design of Class-E PAs

Lecture 13.1 - Increasing Efficiency in PAs: Class-E

Lecture 13.1 - Increasing Efficiency in PAs: Class-E

Lecture 12.3 - Stability, the traditional way...

Lecture 12.3 - Stability, the traditional way...

Lecture 12.2 - Improving Stability in Amplifiers

Lecture 12.2 - Improving Stability in Amplifiers

Lecture 12.1 - Stability of Transistor Amplifiers

Lecture 12.1 - Stability of Transistor Amplifiers

Lecture 11.2 - Losses in Passive Matching Networks Cont.

Lecture 11.2 - Losses in Passive Matching Networks Cont.

Lecture 11.1 - Losses in Passive Matching Networks

Lecture 11.1 - Losses in Passive Matching Networks

Lecture 10.3 - PAE Improvements Using Bias (Class-B)

Lecture 10.3 - PAE Improvements Using Bias (Class-B)

Lecture 10.2 - Load Pull Simulation Details

Lecture 10.2 - Load Pull Simulation Details

Lecture 10.1 - Cascoding to improve PA performance

Lecture 10.1 - Cascoding to improve PA performance

Lecture 9.3 - Class-A Power Amplifiers

Lecture 9.3 - Class-A Power Amplifiers

Lecture 9.2 - Challenges of PA Design in Low Voltage Processes

Lecture 9.2 - Challenges of PA Design in Low Voltage Processes

Lecture 9.1 - Load Line Analysis for Power Amplifiers

Lecture 9.1 - Load Line Analysis for Power Amplifiers

Lecture 8.3 - Linearity in Power Amplifiers

Lecture 8.3 - Linearity in Power Amplifiers

Lecture 8.2 - Power Amplifier Efficiency

Lecture 8.2 - Power Amplifier Efficiency

Lecture 8.1 - Introduction to Power Amplifiers

Lecture 8.1 - Introduction to Power Amplifiers

Lecture 7.4 - S-Parameters

Lecture 7.4 - S-Parameters

Lecture 7.3 - Network Parameters

Lecture 7.3 - Network Parameters

Lecture 7.2 - Integrated Passives - Capacitors

Lecture 7.2 - Integrated Passives - Capacitors

Lecture 7.1 - Integrated Passives - Spiral Inductors

Lecture 7.1 - Integrated Passives - Spiral Inductors

Lecture 6.4 - Procedure for Using Smith Chart

Lecture 6.4 - Procedure for Using Smith Chart

Lecture 6.3 - Adding Shunt Components using the Smith Chart

Lecture 6.3 - Adding Shunt Components using the Smith Chart

Lecture 6.2 - Adding Series Components on the Smith Chart

Lecture 6.2 - Adding Series Components on the Smith Chart

Lecture 6.1 - Introduction to the Smith Chart

Lecture 6.1 - Introduction to the Smith Chart

Lecture 5 - Three-Element Matching Networks

Lecture 5 - Three-Element Matching Networks

Lecture 4 - Impedance Matching Networks

Lecture 4 - Impedance Matching Networks

Lecture 3 - (Quick) Overview of the Wireless Channel

Lecture 3 - (Quick) Overview of the Wireless Channel

Lecture 2 - Modulation and Transmitter Architecture

Lecture 2 - Modulation and Transmitter Architecture

Lecture 1 - Why do we use radio frequencies?

Lecture 1 - Why do we use radio frequencies?

Using Initial Conditions to Kickoff Oscillation

Using Initial Conditions to Kickoff Oscillation

Z-Transform Review for PLLs

Z-Transform Review for PLLs

CP PLL Practical Considerations

CP PLL Practical Considerations

PLL Lecture 6-1: Z Transform Review

PLL Lecture 6-1: Z Transform Review

PLL Lecture 6-1: CP-PLL with Simple Loop Filter

PLL Lecture 6-1: CP-PLL with Simple Loop Filter

ECE 3110 - Lecture 19d: Feedback Example

ECE 3110 - Lecture 19d: Feedback Example

ECE 3110 - Lecture 19c: Feedback Pictorially

ECE 3110 - Lecture 19c: Feedback Pictorially

ECE 3110 - Lecture 19b: Negative Feedback - Two Port Networks

ECE 3110 - Lecture 19b: Negative Feedback - Two Port Networks

ECE 3110 - Lecture 19a: Negative Feedback Types and Effects

ECE 3110 - Lecture 19a: Negative Feedback Types and Effects

ECE 3110 - Lecture 18d: Nulling Resistor - Optimal Zero Placement

ECE 3110 - Lecture 18d: Nulling Resistor - Optimal Zero Placement

ECE 3110 - Lecture 18c: RHP Zero - Moving with a Nulling Resistor

ECE 3110 - Lecture 18c: RHP Zero - Moving with a Nulling Resistor

ECE 3110 - Lecture 18b: RHP Zero - Remove Using a Buffer

ECE 3110 - Lecture 18b: RHP Zero - Remove Using a Buffer

ECE 3110 - Lecture 18a: Op-amp Compensation - RHP Zero

ECE 3110 - Lecture 18a: Op-amp Compensation - RHP Zero

ECE 3110 - Lecture 17c: Bode Analysis of Two-stage with Cc

ECE 3110 - Lecture 17c: Bode Analysis of Two-stage with Cc

ECE 3110 - Lecture 17b: Small-signal Analysis of Pole-splitting

ECE 3110 - Lecture 17b: Small-signal Analysis of Pole-splitting

ECE 3110 - Lecture 17a: Pole-splitting Compensation

ECE 3110 - Lecture 17a: Pole-splitting Compensation

ECE 3110 - Lecture 15d: Single/Multiple Pole Op-Amps, Gain/Phase Margin

ECE 3110 - Lecture 15d: Single/Multiple Pole Op-Amps, Gain/Phase Margin

ECE 3110 - Lecture 15c: Using Bode Plots to Find Phase Margin

ECE 3110 - Lecture 15c: Using Bode Plots to Find Phase Margin

ECE 3110 - Lecture 15b: Nyquist Stability Requirement

ECE 3110 - Lecture 15b: Nyquist Stability Requirement

ECE 3110 - Lecture 15a: Feedback in Op-Amp Circuits

ECE 3110 - Lecture 15a: Feedback in Op-Amp Circuits

ECE 3110 - Lecture 13e: Telescopic Cascode Voltage Headroom

ECE 3110 - Lecture 13e: Telescopic Cascode Voltage Headroom

ECE 3110 - Lecture 13d: Increasing Gain - The Telescopic Cascode

ECE 3110 - Lecture 13d: Increasing Gain - The Telescopic Cascode

ECE 3110 - Lecture 13a: Gain Error due to Finite Op-amp Gain

ECE 3110 - Lecture 13a: Gain Error due to Finite Op-amp Gain

ECE 3110 - Lecture 13c: Bode Plots - Open- and Closed-Loop Gain

ECE 3110 - Lecture 13c: Bode Plots - Open- and Closed-Loop Gain

ECE 3110 - Lecture 13b: Finite Gain in Op-Amps

ECE 3110 - Lecture 13b: Finite Gain in Op-Amps

ECE 3110 - Lecture 11d: SCP w/ Current Mirror Load - Acm

ECE 3110 - Lecture 11d: SCP w/ Current Mirror Load - Acm

ECE 3110 - Lecture 11c: SCP with Current Mirror Load - Adm

ECE 3110 - Lecture 11c: SCP with Current Mirror Load - Adm

ECE 3110 - Lecture 11b: SCP Large Signal Behavior

ECE 3110 - Lecture 11b: SCP Large Signal Behavior

ECE 3110 - Lecture 11a: Current Source Matching

ECE 3110 - Lecture 11a: Current Source Matching

ECE 3110 - Lecture 10d: SCP Common-Mode Gain

ECE 3110 - Lecture 10d: SCP Common-Mode Gain

ECE 3110 - Lecture 10c: SCP Differential Mode Gain

ECE 3110 - Lecture 10c: SCP Differential Mode Gain

ECE 3110 - Lecture 10b: SCP Biasing and Large-Signal Operation

ECE 3110 - Lecture 10b: SCP Biasing and Large-Signal Operation

ECE 3110 - Lecture 10a: Source-Coupled Pairs

ECE 3110 - Lecture 10a: Source-Coupled Pairs

ECE 3110 - Lecture 9d: Why Are Differential Circuits Used

ECE 3110 - Lecture 9d: Why Are Differential Circuits Used

ECE 3110 - Lecture 9c: Negative Feedback

ECE 3110 - Lecture 9c: Negative Feedback

ECE 3110 - Lecture 9b: Ideal Operational Amplifier

ECE 3110 - Lecture 9b: Ideal Operational Amplifier

ECE 3110 - Lecture 9a: Ideal Voltage Amplifiers

ECE 3110 - Lecture 9a: Ideal Voltage Amplifiers

ECE 3110 - Lecture 8e: High-Swing Cascode Source

ECE 3110 - Lecture 8e: High-Swing Cascode Source

ECE 3110 - Lecture 8d: Voltage Headroom

ECE 3110 - Lecture 8d: Voltage Headroom

ECE 3110 - Lecture 8c: High Impedance Current Source: Cascoding

ECE 3110 - Lecture 8c: High Impedance Current Source: Cascoding

ECE 3110 - Lecture 8b: Low Current: The Widlar Current Source

ECE 3110 - Lecture 8b: Low Current: The Widlar Current Source

ECE 3110 - Lecture 8a: Scaling Output Current in Current Mirrors

ECE 3110 - Lecture 8a: Scaling Output Current in Current Mirrors

ECE 3110 - Lecture 7d: Beta Helper Current Mirror for BJTs

ECE 3110 - Lecture 7d: Beta Helper Current Mirror for BJTs

ECE 3110 - Lecture 7c: Biasing Multiple BJTs

ECE 3110 - Lecture 7c: Biasing Multiple BJTs

ECE 3110 - Lecture 7b: Simple MOS Current Mirror

ECE 3110 - Lecture 7b: Simple MOS Current Mirror

ECE 3110 - Lecture 7a: Voltage Bias Generation - Replica Bias

ECE 3110 - Lecture 7a: Voltage Bias Generation - Replica Bias

ECE 3110 - Lecture 6d: CS Amplifier w/ Current Source Load and Cascoding

ECE 3110 - Lecture 6d: CS Amplifier w/ Current Source Load and Cascoding

ECE 3110 - Lecture 6c: Common-Source Amplifier w/ Diode Load

ECE 3110 - Lecture 6c: Common-Source Amplifier w/ Diode Load

ECE 3110 - Lecture 6b: What Type of Active Load is Ideal

ECE 3110 - Lecture 6b: What Type of Active Load is Ideal

ECE 3110 - Lecture 6a: Active Loads for IC Amplifiers

ECE 3110 - Lecture 6a: Active Loads for IC Amplifiers

ECE 3110 - Lecture 5c: Resistor Divider Bias Network (New)

ECE 3110 - Lecture 5c: Resistor Divider Bias Network (New)

ECE 3110 - Lecture 5b: SCTC Example (New)

ECE 3110 - Lecture 5b: SCTC Example (New)