Differences

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--- supp:ltspice:start [2023/12/12 06:18] – rolf
+++ supp:ltspice:start [2024/11/15 02:56] (current) – [Manuals and Tutorials] rolf
@@ Line 1: / Line 1: @@
 ~~NOTOC~~
-====== LTSpice Circuit Simulator ======
-:-) Software download: http://www.linear.com/designtools/software/#LTspice
+====== LTspice Circuit Simulator by Analog Devices ======
-===== Manuals and Tutorials =====
+-11-06, RB
+LTspice is a electrical circuit simulation tool from Analog Devices. It runs on **Windows** and **macOS**. The respective LTspice installers are provided on the [[https://www.analog.com/en/design-center/design-tools-and-calculators/ltspice-simulator.html|LTspice Information Center of Analog Devices]].
-  - :-) [[http://ltwiki.org/files/LTspice_guide.pdf|Short but effective guide]] to LTspice at [[http://ltwiki.org/|ltwiki.org]]
+On **Linux** LTspice can be executed by means of the **Wine compatibility layer** to run Windows software on Linux (and macOS). The concept of Wine is explained on [[https://en.wikipedia.org/wiki/Wine_(software)|Wikipedia]].
-  - :-) {{:et:scad3.pdf|Switcher CAD 3 manual}}, the last __official manual__ by Linear Technology of the LTSpice IV predecessor. Mostly used as reference.
-  - :-) {{http://www.gunthard-kraus.de/LTSwitcherCAD/SwitcherCAD-Tutorial_English/pdf-File/LTspice_4_e2.pdf|Great tutorial}} by Gunthard Kraus, e.g. lossy transmission lines, S-parameters, filters, ...
-  * {{http://www.gunthard-kraus.de/LTSwitcherCAD/SwitcherCAD-Tutorial_English/pdf-File/RF_English_01_final.pdf|RF Special Edition: Complete Simulation of a 137MHz Weather Satellite Converter using LTspice IV}} by Gunthard Kraus
+:!: This excellent **[[https://github.com/joaocarvalhoopen/LTSpice_on_Linux_Ubuntu__How_to_install_and_use|LTspice on Linux Howto]]** explains how to install and run LTspice (64 bit for Windows) on Linux **by means of Wine**.
-  * [[http://cds.linear.com/docs/en/ltspice/LTspiceGettingStartedGuide.pdf|Tspice IV Getting Started Guide]], Linear Technology presentation
+===== Manuals and Tutorials =====
-  * [[http://ltwiki.org/?title=Undocumented_LTspice|Undocumented LTspice]]
+/*
+  - :-) {{:et:scad3.pdf|Switcher CAD 3 manual}}, the last __official manual__ by Linear Technology of the LTSpice IV predecessor. Mostly used as reference.
+*/
-  * [[http://eecs.oregonstate.edu/education/docs/tutorials/Simulating%20an%20op%20amp.pdf|Simulating Ideal Opamp]] (pdf)
+  - :-) [[http://ltwiki.org/files/LTspice_guide.pdf|Short but effective guide]] to LTspice at [[http://ltwiki.org/|ltwiki.org]]
+  - :-) {{https://www.gunthard-kraus.de/LTSwitcherCAD/CD_LTSwitcherCAD/pdf_manual_Linear_Technologies/scad3.pdf|Switcher CAD 3 manual}}, the last __official manual__ by Linear Technology of the LTSpice IV predecessor. Mostly used as reference.
-  * [[http://ltwiki.org/?title=SPICE_and_LTspice_Courseware_and_Tutorials|LTwiki: Courseware and Tutorials]]
+  - :-) {{http://www.gunthard-kraus.de/LTSwitcherCAD/SwitcherCAD-Tutorial_English/pdf-File/LTspice_4_e2.pdf|Great tutorial}} by Gunthard Kraus (part 1),  e.g. lossy transmission lines, S-parameters, filters, ...
+  - {{http://www.gunthard-kraus.de/LTSwitcherCAD/SwitcherCAD-Tutorial_English/pdf-File/RF_English_01_final.pdf|RF Special Edition: Complete Simulation of a 137MHz Weather Satellite Converter using LTspice IV}} by Gunthard Kraus (part 2)
+  - {{https://www.analog.com/media/en/simulation-models/spice-models/ltspicegettingstartedguide.pdf|LTspice IV Getting Started Guide}}, presentation
+  - [[http://ltwiki.org/?title=Undocumented_LTspice|Undocumented LTspice]]
+  - {{http://eecs.oregonstate.edu/education/docs/tutorials/Simulating%20an%20op%20amp.pdf|Simulating Ideal Opamp}}
+  - [[http://ltwiki.org/?title=SPICE_and_LTspice_Courseware_and_Tutorials|LTwiki: Courseware and Tutorials]]
+  - {{https://www.analog.com/media/en/news-marketing-collateral/solutions-bulletins-brochures/ltspice-keyboard-shortcuts.pdf|LTspice24 Shortcut Flyer}}
 ===== Selected Topics =====
@@ Line 55: / Line 61: @@
   .ac dec 10 1 100k
+===== Photovoltaics (PV) Modelling with LTspice =====
+As part of the lecture Physics1 / Electrical Engineering (aka Physics: Electricity and Magnetism) we use LTspice to model PV modules.
+  * [[eeng:topics:ltspice:pv-simulation|LTspice Simulation of PV Cells and Modules]]