LTspice Tutorial for Beginners – Let's Simulate Electronics!

LTspice Tutorial for Beginners – Let's Simulate Electronics!, available at $84.99, has an average rating of 4.07, with 37 lectures, 10 quizzes, based on 496 reviews, and has 2362 subscribers.

You will learn about Time-domain Simulation: Transient simulation (.Tran), Initial conditions (.IC), Parameter sweep (.step), Measure (.meas), Piecewise Linear Functions (PWL) for voltage source, Arbitrary behavioral voltage (.bv) DC operating point (.op), DC sweep (.dc), temperature (.temp), and DC transfer function (.tf) Frequency-domain Analysis: Fourier Theorem and Bode Plot, Small-signal transfer function Laplace transform, AC analysis (.AC), Laplace transform by Voltage Dependent Source Netlist and SPICE syntax Import Third-Party Models, Sub-circuit, and Hierarchy Worst-case Analysis: Probability distribution in LTspice, Monte Carlo, Worst-case analysis This course is ideal for individuals who are Anyone who is interested in LTspice or College students in electrical engineering or Electrical engineers at all levels or Who really wants to put "LTspice" in Resume It is particularly useful for Anyone who is interested in LTspice or College students in electrical engineering or Electrical engineers at all levels or Who really wants to put "LTspice" in Resume.

Enroll now: LTspice Tutorial for Beginners – Let's Simulate Electronics!

Summary

Title: LTspice Tutorial for Beginners – Let's Simulate Electronics!

Price: $84.99

Average Rating: 4.07

Number of Lectures: 37

Number of Quizzes: 10

Number of Published Lectures: 37

Number of Published Quizzes: 10

Number of Curriculum Items: 47

Number of Published Curriculum Objects: 47

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Time-domain Simulation: Transient simulation (.Tran), Initial conditions (.IC), Parameter sweep (.step),
Measure (.meas), Piecewise Linear Functions (PWL) for voltage source, Arbitrary behavioral voltage (.bv)
DC operating point (.op), DC sweep (.dc), temperature (.temp), and DC transfer function (.tf)
Frequency-domain Analysis: Fourier Theorem and Bode Plot, Small-signal transfer function
Laplace transform, AC analysis (.AC), Laplace transform by Voltage Dependent Source
Netlist and SPICE syntax
Import Third-Party Models, Sub-circuit, and Hierarchy
Worst-case Analysis: Probability distribution in LTspice, Monte Carlo, Worst-case analysis

Who Should Attend

Anyone who is interested in LTspice
College students in electrical engineering
Electrical engineers at all levels
Who really wants to put "LTspice" in Resume

Target Audiences

Anyone who is interested in LTspice
College students in electrical engineering
Electrical engineers at all levels
Who really wants to put "LTspice" in Resume

Updates:

On 06/09/2021: Lecture “Small-signal transfer function and Laplace transform” is updated to correct a typo in slides
On 01/05/2021: The zip file of all source files is updated to include newly added “Variable Resistor” simulation files
On 01/05/2021: A new lecture about “Variable Resistor” is uploaded. Thanks to William for his suggestion
On 05/09/2020: The zip file of all source files is updated to include two more missing LTspice files. Thanks to Robert
On 05/04/2020: Video and Lecture notes of “Fourier Theorem and Bode Plot” is updated to correct a typo. Thanks to Kris
On 05/04/2020: Lecture note of “types of dc sweep” is updated to correct a few typos. Thanks to Kris for pointing it out
On 04/15/2020: Fourier Theorem and Bode Plot_update.pdf has been uploaded to correct some reference links on the slides
On 03/03/2020: Videos are available in 1080p resolution.
On 03/03/2020: A typo in DC transfer function (.tf) slides is fixed. Thanks to Zhengzhong Zhao for pointing it out
On 01/07/2020: A new lecture about “Display op in transient simulation” is created
On 12/03/2019: The voltage pulse setup is updated according to the latest LTspice requirement: Lec 6 – Transient simulation (.Tran)
On 08/31/2019: A typo is corrected in both video and slides: Lec 17 – Small-signal transfer function and Laplace transform.

Up-to-date LTspice source files: “Download_LTspice Beginner_2021-01-05.zip”

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LTspice tutorial that covers the most commonly used functions: such as transient, AC analysis, dc transfer functions, Laplace transform, sub-circuit, worst-case analysis, and more
Well-prepared and self-explanatory slides in PDF are downloadable. Use it as good reference for your daily work.
LTspice source files are downloadable. Run and see results in seconds.
All materials are based on the windows PC! Sorry Mac OS users!!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Course overview

Lecture 2: Lecturer self-introduction

Lecture 3: Introduction to LTspice

Lecture 4: Source files in zip for download

Lecture 5: Reference

Chapter 2: Time-domain Simulation

Lecture 1: Transient simulation (.Tran)

Lecture 2: Initial conditions (.IC)

Lecture 3: Parameter sweeps (.step)

Lecture 4: 3 x .step and step legend

Lecture 5: Measure (.meas) average and derivative

Lecture 6: Measure (.meas) find

Lecture 7: Piecewise Linear Sources (PWL)

Lecture 8: Arbitrary voltage source

Lecture 9: blow up SPICE

Chapter 3: DC Operating Point

Lecture 1: DC operating point (.op)

Lecture 2: Display .op in transient simulation

Lecture 3: DC sweep (.dc) and temperature

Lecture 4: Types of dc sweep

Lecture 5: DC transfer function (.tf)

Chapter 4: Frequency-domain Analysis

Lecture 1: Fourier Theorem and Bode Plot

Lecture 2: Small-signal transfer function and Laplace transform

Lecture 3: AC analysis (.AC)

Lecture 4: Laplace transform by voltage dependent source

Lecture 5: Laplace transform by arbitrary voltage source

Chapter 5: Netlist and SPICE syntax

Lecture 1: Netlist and SPICE syntax

Lecture 2: Bill of Material (BOM)

Chapter 6: Import Third-Party Models

Lecture 1: Overview of Importing SPICE model

Lecture 2: Go over the datasheet of diode 1N4007

Lecture 3: Example: 4 method to import 1N4007 model into LTspice

Lecture 4: Sub-circuit

Lecture 5: Hierarchy model

Chapter 7: Probability and Worst-Case Analysis

Lecture 1: Probability distribution

Lecture 2: Probability data in voltage PWL and scale factor

Lecture 3: Monte Carlo

Lecture 4: Worst-case analysis

Chapter 8: Circuit Building Blocks

Lecture 1: Variable Resistor

Chapter 9: Conclusion

Lecture 1: Congratulations

Instructors

Ye Zhao, PhD
Principal Electrical Engineer

Rating Distribution

1 stars: 8 votes
2 stars: 9 votes
3 stars: 57 votes
4 stars: 198 votes
5 stars: 224 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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