VIDEO SERIES

Precision labs series: Op amps

TI Precision Labs is the electronics industry’s most comprehensive online classroom for analog engineers. The on-demand courses and tutorials include introductory ideas about device architecture in addition to advanced, application-specific problem-solving, using both theory and practical knowledge. Use these hands-on courses to predict circuit performance and move seamlessly from abstract concepts to specific formulae in an easy-to-follow format. Industry experts present each topic in order to help reduce design time and move quickly from proof-of-concept to productization.The curriculum is segmented into major topic learning categories, each of which contains short training videos, multiple choice quizzes, short answer exercises and hands-on lab exercises.
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Precision labs series: Op amps

Introduction to op amps (2)

Introduction to op amps

00:05:24

National Instruments VirtualBench overview

00:07:22

Input offset voltage and input bias current (2)

Vos and Ib - Specifications

00:14:44

Vos and Ib - Lab

00:12:22

Input and output limitations (4)

Input and output limitations - Non-linear behavior

00:09:28

Input and output limitations - Lab

00:11:07

Input and output limitations - Common mode voltage

00:14:40

Input and output limitations - Output swing

00:13:06

Power and temperature (1)

Power and temperature

00:17:30

Op amps bandwidth theory (5)

Bandwidth - Bode plots cutoff frequency

00:22:53

Bandwidth - Gain & GBW

00:13:36

Bandwidth - Non-inverting gain & poles

00:15:04

Bandwidth - AOL gain slew rate

00:15:31

Bandwidth - Lab

00:05:59

Slew rate (4)

Slew rate introduction

00:10:31

Settling time

00:13:50

Signal response

00:11:22

Slew rate - Lab

00:06:26

Common mode rejection and power supply rejection (2)

Common mode rejection

00:08:24

Power supply rejection

00:10:07

Noise (9)

Spectral density

00:14:23

Calculating RMS noise

00:11:46

Calculating total noise

00:07:48

Simplifying calculations

00:16:21

Noise spice simulation

00:10:52

Verifying the noise model

00:07:52

Measuring system noise

00:15:54

1/F flicker noise

00:16:50

Noise - Lab

00:13:09

Low distortion design (4)

Op amp distortion: Introduction

00:11:48

Input stage

00:19:28

Output stage

00:13:58

External sources

00:13:28

Stability (9)

Stability - Introduction

00:08:23

Phase margin

00:13:04

Spice simulation

00:06:30

Measuring system stability

00:07:48

Capacitive loads

00:06:42

Isolation resistor

00:06:44

Breaking loop on differential amplifier

00:11:30

Capacitance on inverting input

00:19:22

Stability - Lab

00:14:49

Electrostatic discharge (ESD) (1)

Electrostatic discharge (ESD)

00:12:56

Electrical overstress (EOS) (4)

Electrical overstress - Introduction

00:09:01

Overstress protection

00:08:21

Selecting components

00:10:39

Testing for robustness

00:11:19

Board level troubleshooting (1)

Board level troubleshooting

00:14:52

Current-feedback amplifiers (3)

Current feedback amplifiers - Overview and compensation techniques

00:19:55

Current feedback amplifiers - Slew rate

00:17:55

Current feedback amplifiers - Spice simulation

00:06:24

Fully differential amplifiers (5)

Introduction to FDAs and differential signaling

00:12:20

Input, output, common-mode and differential-swing

00:14:13

FDA stability and simulating phase margin

00:17:37

Noise, compensation techniques and variable gain

00:15:54

Design a front-end to drive a differential ADC

00:18:55

Basic circuits and analysis (2)

Ideal passive components

00:13:57

RC circuits

00:16:57

Current loop transmitters (4)

Introduction to 4-20-mA current loop transmitters

00:15:56

Current loop transmitters configurations

00:11:16

Current loop transmitters: Basic design considerations

00:12:45

Current loop transmitters: Analog input 3-wire 4-20-mA transmitters

00:10:28

PCB layout (2)

Trace parasitic effects

00:14:42

Mixed signals, grounding and bypass capacitors

00:14:34

Applications (1)

Active Filter Fundamentals

00:56:15

Introduction to op amps

TI Precision Labs is the electronics industry’s first comprehensive online classroom for analog engineers. This video provides an overview of the curriculum.

00:05:24|26 Feb 2015

TI Precision Labs is the electronics industry’s first comprehensive online classroom for analog engineers. The on-demand curriculum pairs theory and applied lab exercises to deepen the technical expertise of experienced engineers and accelerate the development of those early in their career.  This video provides an overview of the TI Precision Labs: Op Amps curriculum and includes:

  • What material is covered
  • Is this series for you?
  • What makes this series unique
  • The benefits of participation and completion for the student