07550183510
×
Welcome
×
Welcome
×
Welcome
×
Welcome
Info!
Succesfull Added in Wishlist

LTspice Tutorial for Beginners - Lets Simulate Electronics

Created By 1

  • Overview
  • Course Content
  • Instructor
  • Compare

LTspice Tutorial for Beginners - Lets Simulate Electronics

A Complete Guide from A to Z

Created By 1

English

Price not disclosed

This course includes:
  • 4h 18m On-demand training
LTspice Tutorial for Beginners - Lets Simulate Electronics

LTspice Tutorial for Beginners - Lets Simulate Electronics

A Complete Guide from A to Z

Created By 1

English

Price not disclosed

What you'll 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

Course content

31 sections • 6 lectures • 4h 18m total length
Expand all sections

Course overview

Lecturer self-introduction

Introduction to LTspice

Source files in zip for download

Reference

Transient simulation (.Tran)

LTspice HotKeys

Initial conditions (.IC)

Parameter sweeps (.step)

3 x .step and step legend

Measure (.meas) average and derivative

DC operating point (.op)

Display .op in transient simulation

DC sweep (.dc) and temperature

Types of dc sweep

DC transfer function (.tf)

Fourier Theorem and Bode Plot

Small-signal transfer function and Laplace transform

Laplace transform and transfer function

AC analysis (.AC)

AC analysis and Bode plot

Netlist and SPICE syntax

Bill of Material (BOM)

Overview of Importing SPICE model

Go over the datasheet of diode 1N4007

Example: 4 method to import 1N4007 model into LTspice

Sub-circuit

Hierarchy model

This course includes:
  • 4h 18m On-demand training

Requirements

NA

Description

  • 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.

Who this course is for:

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

Instructor

,
NA

11/2017 – Current: Founder of EEsanity

04/2019 – Current: Principal Electrical Engineer, Analogic Corporation, Canton, MA USA

12/2017 – 04/2019: Senior Design Engineer, Murata Power Solutions, Westborough, MA USA

05/2015 – 11/2017: Senior Power Electronics Engineer, Yaskawa-Solectria Solar, Lawrence, MA, USA

06/2005 – 07/2008: Sales/Tech Support Engineer, ABB High Voltage Switchgear Co., Ltd., Beijing, China

Master (2011) and PhD (2015) from Northeastern University, Boston, MA, USA

Bachelor (2005) in Electrical Engineering from Beijing Jiaotong University, Beijing, China

Similar Courses
Fundamentals of Induction Electric Motors

Fundamentals of Induction Electric Motors

1, NA

Price not disclosed

Fundamentals of Induction Electric Motors

3h 41m • Mixed

Low voltage Induction motors..

The Complete Electrical Power Control and Protection

The Complete Electrical Power Control and Protection

1, NA

490 3,499

The Complete Electrical Power Control and Protection

8h 40m • Mixed

Your Complete Practical Guide in Electrical Control & Protection Systems for Stations , Substations ..

Electrical Power Engineering Principles

Electrical Power Engineering Principles

1, NA

455 1,280

Electrical Power Engineering Principles

1h 34m • Mixed

Learn all the basic theories and principles of electrical engineering..

Electrical Control & Protection Systems

Electrical Control & Protection Systems

1, NA

455 1,280

Electrical Control & Protection Systems

2h 41m • Mixed

This course introduces electrical control & protection systems which are a critical part of any elec..

Price not disclosed