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Udemy - Automate LTspice Circuit Simulation Using Python Scripting

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Udemy - Automate LTspice Circuit Simulation Using Python Scripting (Size: 1.49 GB)
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  TutsNode.com.txt 63 B
  [TGx]Downloaded from torrentgalaxy.to .txt 585 B
  [TutsNode.com] - Automate LTspice Circuit Simulation Using Python Scripting
  1. Introduction
  1. Introduction.mp4 31.39 MB
  1. Introduction.srt 7.66 KB
  1.1 Sec1-1 Course overview.pdf 1.62 MB
  2. Lecturer introduction.mp4 28.53 MB
  2. Lecturer introduction.srt 3.81 KB
  2.1 Sec1-2 Lecturer intro.pdf 1.54 MB
  2. Software Installation
  1. Install LTspice.html 54 B
  1.1 Install LTspice.pdf 425.04 KB
  2. Install Anaconda (including Spyder).html 54 B
  2.1 Install Anaconda.pdf 634.59 KB
  3. Download Course Material zip file.html 338 B
  3.1 Material v1.16 (2020-07-19).zip 40.5 MB
  3. Run LTspice using Python
  1. Introduction to low-pass filter.mp4 56.08 MB
  1. Introduction to low-pass filter.srt 4.66 KB
  1.1 Sec3-1 Intro LPF.pdf 899.17 KB
  10. Solution - Edit and Run AC .txt using Python.mp4 61.67 MB
  10. Solution - Edit and Run AC .txt using Python.srt 6.01 KB
  10.1 Sec3-10 Python AC_Solution.pdf 383.82 KB
  11. Summary.mp4 5.84 MB
  11. Summary.srt 1.97 KB
  11.1 Sec3-11 Summary.pdf 340.8 KB
  2. Transient LTspice simulation.mp4 45.49 MB
  2. Transient LTspice simulation.srt 5.67 KB
  2.1 Sec3-2 TRAN LPF.pdf 401.63 KB
  3. Transfer function, complex number and Bode plot.mp4 80.28 MB
  3. Transfer function, complex number and Bode plot.srt 12.44 KB
  3.1 Sec3-3 Bode plot.pdf 1.57 MB
  4. AC analysis in LTspice.mp4 52.68 MB
  4. AC analysis in LTspice.srt 5.34 KB
  4.1 Sec3-4 AC LTspice.pdf 930.58 KB
  5. Run TRAN .asc using Python.mp4 55.81 MB
  5. Run TRAN .asc using Python.srt 8.33 KB
  5.1 Sec3-5 Python TRAN (asc).pdf 830.61 KB
  6. Run TRAN .cir using Python.mp4 17.6 MB
  6. Run TRAN .cir using Python.srt 2.92 KB
  6.1 Sec3-6 Python TRAN (.cir).pdf 541.5 KB
  7. Run TRAN .txt using Python.mp4 26.87 MB
  7. Run TRAN .txt using Python.srt 4.31 KB
  7.1 Sec3-7 Python TRAN (.txt).pdf 770.3 KB
  8. Edit TRAN .txt using Python.mp4 69.23 MB
  8. Edit TRAN .txt using Python.srt 8.36 KB
  8.1 Sec3-8 Python TRAN edit txt.pdf 564.81 KB
  9. Exercise - Edit and Run AC .txt using Python.html 793 B
  9.1 Sec3-9 Python AC_Exercise.pdf 413.44 KB
  4. Read raw data using Python
  1. Introduction of reading .raw data into Python IDE.mp4 70.27 MB
  1. Introduction of reading .raw data into Python IDE.srt 10.27 KB
  1.1 Sec4-1 Intro read raw data.pdf 1.08 MB
  2. Raw data format of TRAN.mp4 34.05 MB
  2. Raw data format of TRAN.srt 4.06 KB
  2.1 Sec4-2 Raw data format TRAN.pdf 586.14 KB
  3. Raw data format of AC.mp4 40.03 MB
  3. Raw data format of AC.srt 4.67 KB
  3.1 Sec4-3 Raw data format AC.pdf 553.08 KB
  4. Raw data format of OP.mp4 30.97 MB
  4. Raw data format of OP.srt 6.27 KB
  4.1 Sec4-4 Raw data format OP.pdf 656.09 KB
  5. Raw data format of DC sweep.mp4 40.55 MB
  5. Raw data format of DC sweep.srt 5.88 KB
  5.1 Sec4-5 Raw data format DC sweep.pdf 699.68 KB
  6. Raw data format of DC sweep over voltage and temperature.mp4 42.55 MB
  6. Raw data format of DC sweep over voltage and temperature.srt 7.23 KB
  6.1 Sec4-6 Raw data format DC sweep temp.pdf 728.46 KB
  7. Raw data format DC transfer function (TF).mp4 44.09 MB
  7. Raw data format DC transfer function (TF).srt 8.56 KB
  7.1 Sec4-7 Raw data format DC TF.pdf 568.72 KB
  8. FFT data format.mp4 71.42 MB
  8. FFT data format.srt 10.16 KB
  8.1 Sec4-8 FFT data format.pdf 764.14 KB
  9. Summary.mp4 6.23 MB
  9. Summary.srt 1.97 KB
  9.1 Sec4-9 Summary.pdf 362.59 KB
  5. Plot data using Python
  1. Introduction.mp4 22.93 MB
  1. Introduction.srt 3.68 KB
  1.1 Sec5-1 Intro.pdf 814.12 KB
  2. Introduction to Matplotlib.mp4 58.98 MB
  2. Introduction to Matplotlib.srt 13.01 KB
  2.1 Sec5-2 Intro to Matplotlib_update.pdf 553.51 KB
  3. Pyplot figure(), savefig(), close().mp4 36.43 MB
  3. Pyplot figure(), savefig(), close().srt 6.57 KB
  3.1 Sec5-3 Pyplot figure.pdf 509.25 KB
  4. Pyplot TRAN raw data.mp4 24.67 MB
  4. Pyplot TRAN raw data.srt 4.13 KB
  4.1 Sec5-4 Pyplot TRAN.pdf 783.78 KB
  5. Pyplot AC raw data.mp4 55.34 MB
  5. Pyplot AC raw data.srt 6.79 KB
  5.1 Sec5-5 Pyplot AC.pdf 705.22 KB
  6. Read measurement log file using Python
  1. Introduction to Measurement in LTspice.mp4 69.4 MB
  1. Introduction to Measurement in LTspice.srt 7.88 KB
  1.1 Sec6-1 Intro to MEAS.pdf 667.39 KB
  2. Read Measurement data in log file.mp4 52.84 MB
  2. Read Measurement data in log file.srt 7.87 KB
  2.1 Sec6-2 Read MEAS in log file.pdf 901.04 KB
  3. Summary.mp4 4.45 MB
  3. Summary.srt 1.64 KB
  3.1 Sec6-3 Summary.pdf 363.91 KB
  7. Project the 2nd order Low-Pass Filter (LPF)
  1. Introduction of the 2nd order LPF.mp4 42.24 MB
  1. Introduction of the 2nd order LPF.srt 6.74 KB
  1.1 Sec7-1 Intro of 2nd LPF.pdf 694.92 KB
  2. Hardware demo of the 2nd order LPF.mp4 98.8 MB
  2. Hardware demo of the 2nd order LPF.srt 5.05 KB
  2.1 Sec7-2 Hardware demo of 2nd LPF.pdf 477.77 KB
  3. Project overview and requirement.mp4 17.87 MB
  3. Project overview and requirement.srt 3.38 KB
  3.1 Sec7-3 Project overview.pdf 826.51 KB
  4. Solution.mp4 44.55 MB
  4. Solution.srt 5.38 KB
  4.1 Project Solution 2nd LPF.pdf 1.26 MB
  8. Congratulations
  1. Congratulations.mp4 3.1 MB
  1. Congratulations.srt 1.07 KB
  1.1 Sec8-1 Congratulations.pdf 623.21 KB

Description



Description

Update history

07/19/2020: Course material “Material v1.16 (2020-07-19).zip” is uploaded: “ltspy3meas” module is updated to fix a bug in reading the measurement name list

06/28/2020: Course material “Material v1.15 (2020-06-28).zip” is uploaded: New Section “Sec5-6 Spyder graphics backend setting”.

06/15/2020: Course material “Material v1.14 (2020-06-15).zip” is uploaded: “ltspy3meas” has been updated to import .step measurement.

06/10/2020: Course material “Material v1.13 (2020-06-10).zip” is uploaded. The output solution waveforms of the 2nd order LPF project are corrected.

05/05/2020: Note that 1080p video is NOW available. Just go to video “settings” and enable the “Auto option”. Then 1080p streaming will become possible for you!

05/06/2020: the pdf of “Sec5-2 Intro to Matplotlib” is updated on page 3 to avoid some potential bugs.

05/05/2020: The Matlab file name for Sec3-3 Bode Plot is changed to “BodePlot_Matlab.m”

04/19/2020: A bug is fixed in “ltspy3meas” for Section 6 Lecture 32: Read Measurement data in log file

A detailed step-by-step tutorial about how to automate LTspice circuit simulation using Python scripting
LTspice is the #1 SPICE simulation tools that is free, robust and fast. But it requires a lot of human efforts to run manually.
Python can automate LTspice for you!
Python is so easy to learn that is prefect for electrical engineers
Python can unleash the full potential of LTspice
Python can save you time and money from tedious and time-consuming LTspice simulation
Read raw data into Python and plot it as figures
Python opens the door for you to the world of data science

Who this course is for:

Anyone who is interested in both LTspice and Python
Electrical engineers who have been curious about Python language
Extend the LTspice simulation capability
Anyone who want to avoid repetitive and tedious workload in LTspice simulation
Impress at work and boost the career

Requirements

Basics of SPICE circuit simulation (LTspice preferable)
Basics of programming experience (Python preferable)
A windows OS PC with LTspice XVII installed
A windows OS PC with Python IDE (e.g., Anaconda and Spyder)
Sorry this course is NOT prepared in macOS

Last Updated 7/2020

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