Ratings: 4.12 / 5.00




Description

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!!

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