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[[:|gEDA]] >> [[Documentation]]

//Translations of this page are also available in the following languages:// [[documentation.ru|Русский]].

====== gEDA Tool Suite documentation ======

These are the official project docs.  They have been converted from LaTeX and HTML documents into Wiki pages so that the gEDA community may more easily maintain them.


===== Tutorials =====
  * [[gEDA:gsch2pcb_tutorial|gschem to pcb tutorial]], by Bill Wilson ([[gsch2pcb tutorial releasenotes|release notes]]).
  * [[gEDA:gschem_warmup|gschem warmup]], by Bill Willson.
  * [[gEDA:transistor_guide|gschem Symbol and PCB Element Transistor Guide]], by Bill Willson.
  * [[http://www.delorie.com/pcb/docs/gs/gs.html|PCB tutorial]], by DJ Delorie.
  * [[gEDA:ngspice and gschem]]
  * [[tragesym_tutorial|tragesym tutorial]] on how to create symbols with the tragesym script.
  * [[gnetlist scheme tutorial|Scripting a gnetlist backend in scheme]] by John Doty.
  * [[geda:hierarchy|Using hierarchy in schematics]]

===== Talks =====
Various talks and presentations on gEDA provide a good top-level overview of the project for those who are interested:

[[http://www.eevblog.com/2010/10/27/eevblog-121-geda-interview-with-dj-delorie/|gEDA session]]
DJ Delorie did at Renesas DevCon 2010 (the slides for it are
[[http://www.delorie.com/electronics/rulz/|here]] under “Presentations and Other Info”)

[[http://ignite.oreilly.com/2009/02/ignite-boston-5-wrap-up-videos.html|Ignite 5 video]]
given by Stuart Brorson about “Hardware design and the gEDA Project”

===== General =====
These are informal FAQs, HOWTOs, and tips/tricks to help you with the practical details of using the gEDA Suite.  If you are having a problem, browse these pages first.

  * [[ gEDA:Glossary ]] : Glossary of terms that are specific to the gEDA Suite.
  * [[ gEDA:Usage ]] : Questions about how to do electronic design using the gEDA toolset -- information which applies to several or all tools in the gEDA Suite.
  * [[ gEDA:FAQ-gschem ]] : Questions about installing, configuring, and using gschem.  Also, questions about creating and using gschem symbols.
  * [[ gEDA:FAQ-attribs ]] : Attribute management.
  * [[ gEDA:FAQ-gnetlist ]] : Questions about installing, configuring, and using gnetlist. It deals with BOMs, DRCs, and all that.
  * [[ gEDA:FAQ-simulation ]] : Questions about simulating your design using gEDA tools.
  * [[ gEDA:FAQ-gsch2pcb ]] : How to take your design to layout using PCB.
  * [[ gEDA:PCB-quick reference ]] : PCB Quick Reference Sheet.
  * [[ gEDA:PCB footprints ]] : How to create, use and share footprints.
  * [[ gEDA:PCB tips ]] : Tips and tricks for using PCB.
  * [[ gEDA:Guile scripting ]] : Guile functions & variables provided by the gEDA tools.

  * [[gaf]]
  * [[gaf utility]]
  * [[HSE Howto]]
  * [[PCB Footprint Naming Conventions]]
  * [[Spice polys]]

===== gschem - Schematic Capture =====
  * **[[gEDA:gschem_ug|gschem User's Guide]]**
  * [[geda:gschem_symbol_creation|Symbol Creation Guide]]
  * [[geda:gschem_symbol_generators|Symbol generators for gschem]]

===== gnetlist - Netlister =====
  * **[[gEDA:gnetlist_ug|gnetlist User's Guide]]**
  * [[gEDA:gnetlist Scheme primitives]]
  * [[gEDA:csygas|Circuit Simulation using gEDA and SPICE - HOWTO]]
  * [[gEDA:na_howto|net= attribute mini-HOWTO]]
  * [[gEDA:ssan|Switcap Symbols and Netlister]]
  * [[gEDA:sn_readme|Switcap netlister README]]
  * [[gEDA:fbabgapp|Forward/Backward Annotation Between gEDA and Pads PowerPCB]]
  * [[gEDA:grcsan|gEDA RF Cascade Symbols and Netlister]]
  * [[gEDA:bom_readme|Bill of Material netlister README]]
  * [[gEDA:verilog_netlister_readme|Verilog netlister README]]
  * [[gEDA:vhdl_netlister_readme|VHDL netlister README]]
  * [[gEDA:vams_netlister_readme|VAMS netlister README]]
  * [[gEDA:systemc_netlister_readme|SystemC netlister README]]
  * [[gEDA:eagle_pcb_netlister_readme|Eagle PCB netlister README]]

===== gsymcheck - Symbol Checker =====
  * [[gEDA:gsymcheck_mp|gsymcheck man-page]]


===== utils - gEDA Utilities =====
  * [[gEDA:gsch2pcb_readme|gsch2pcb (gschem to PCB) README]]
  * [[gEDA:gsch2pcb_tutorial|gsch2pcb tutorial]]
  * [[gEDA:tragesym_readme|tragesym (symbol generator) README]]
  * [[gEDA:tragesym_tutorial|tragesym Tutorial]]
  * [[gEDA:olib_readme|olib (OrCAD (TM) converter) README]]
  * [[gEDA:grenum_mp|grenum man-page]] -- note
  * [[gEDA:gattrib_readme|gattrib README]] -- note

===== Examples =====
  * [[gEDA:example_hsm|Hierarchical SPICE model]] -- note
  * [[gEDA:example_usbjtag|Example USB-based JTAG interface]] -- note

===== Attribute/File Format Details =====
  * [[gEDA:master_attributes_list|Master Attributes List]]
  * [[gEDA:file_format_spec|sym/sch File Format Specification]]

====== SPICE ======
  * [[http://www.gnucap.org/papers/al-davis-dissertation.pdf|Implicit Mixed-Mode Simulation of VLSI Circuits]] by Albert Tatum Davis (1991)\\ Please report if this URL goes dead.
  * [[gEDA:csygas|Circuit Simulation using gEDA and SPICE - HOWTO]]\\ The original versions of the document are available at:
    * [[http://www.brorson.com/gEDA/SPICE/intro.html|Circuit Simulation using gEDA and SPICE - HOWTO]] (HTML version)\\ by Stuart Brorson (20 December 2004).\\ Please report if this URL is not the latest version.
    * [[http://www.brorson.com/gEDA/HOWTO/gEDA_Spice_HOWTO-20050103.pdf|Circuit Simulation using gEDA and SPICE - HOWTO]] (PDF version)\\ by Stuart Brorson (5 January 2005).
  * [[http://www.myken.nl/en/tut/ngspice_with_gEDA_cheat_sheet|gEDA - ngspice cheat sheet including a mini how to use the XSPICE models]]


====== ngspice ======
  * [[http://www.ngspice.org/|Ngspice home page]]
  * [[http://ngspice.sourceforge.net/docs/ngspice-manual.pdf|ngspice User Manual]]
  * [[gEDA:ngspice and gschem]]
  * [[gEDA:ngspice_mp|ngspice man-page]] -- note
  * [[gEDA:ngnutmeg_mp|ngnutmeg man-page]] -- note
  * [[gEDA:ngsconvert_mp|ngsconvert man-page]] -- note

====== gnucap ======
  * [[http://www.gnucap.org/|Gnucap home page]]
  * [[http://www.gnucap.org/gnucap-man.pdf|The Gnu Circuit Analysis Package Users manual]] -- January 21,2004 version
  * [[http://www.gnucap.org/papers/gnucap-model-compiler.pdf|The Gnucap Model Compiler]]

====== gSpiceUI ======
  * [[http://users.tpg.com.au/micksw012/gspiceui.html|gSpiceUI home page]]

====== PCB ======
  * [[http://pcb.geda-project.org/|PCB home page]]
  * The pcb FAQ: [[faq-pcb]]
  * The official [[http://pcb.geda-project.org/manual.html|manual of pcb]]
  * A very detailed [[http://www.brorson.com/gEDA/land_patterns_20070818.pdf|manual on footprint creation]] by Stephen Meier and Stuart Brorson. It also covers most of the syntax of the *.pcb format.  Remains compatible with current file formats.
  * The [[geda:pcb_mp|man-page of pcb]]
  * HOWTO: [[Add a ground plane to your layout]]
  * [[pcb:Footprint generators]] for pcb

====== gerbv ======
  * [[http://gerbv.geda-project.org/|gerbv home page]]
  * [[geda:gerbv_mp|gerbv man-page]]
  * [[geda:gerbv_pnp_README|Searching for Parts and marking them on screen (in gerbv)]]

====== Icarus Verilog ======

  * [[http://iverilog.icarus.com/|Icarus Verilog home page]]
  * [[Icarus|HOWTOs, READMEs, tutorials]]

====== Wcalc ======

  * [[http://wcalc.sourceforge.net/|wcalc Home Page]]
  * [[geda:wcalc_README|Wcalc README]]
  * [[geda:wcalc_mp|Wcalc man-page]]
  * [[geda:wcalc_stdio_mp|stdio Wcalc man-page]]

====== mcalc ======
  * [[http://mcalc.sourceforge.net/|Microstrip Analysis/Synthesis Calculator]] -- latest documentation from sourceforge
  * [[geda:mcalc_README|mcalc README]]

====== covered ======
  * [[http://covered.sourceforge.net/|covered home page]]
  * [[http://covered.sourceforge.net/user/index.html|covered User Manual]] -- link to latest covered documentation on sourceforge
  * **covered Report Viewer** -- available in the Help menu of the GUI report utility
  * [[geda:covered__mp|covered man-page]]

====== Data plotting and viewing ======
  * [[http://gtkwave.sourceforge.net/|GTKWave]] -- Digital waveform viewer which reads LXT, LXT2, VZT, FST, and GHW files as well as standard Verilog VCD/EVCD files.
  * [[http://www.telltronics.org/software/gwave/| gwave]] -- analog waveform viewer
  * [[http://www.rvq.fr/linux/gaw.php|gaw]] -- analog waveform viewer, a rewrite of gwave
  * [[http://www.comefly.us/|KJWaves]] -- viewing, modifying, and simulating SPICE CIRCUIT files
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