Showing posts with label Electronic Application in Linux. Show all posts
Showing posts with label Electronic Application in Linux. Show all posts

November 30, 2015

gEDA Gschem to Create Electrical Schematics in Linux

Application to Create and Edit Electrical Schematics and Symbol in Linux with gEDA gschem. The gEDA project has released a full GPL'd suite and toolkit of Electronic Design Automation tools called gschem. Full explanation please read gEDA Gschem to Create Electrical Schematics in Linux completely.

gEDA is an application package for drawing electronic circuits that provide:
  1. gEDA / GAF - schematic capture and netlisting
  2. ngspice - SPICE simulation
  3. gnucap - analog simulation
  4. gspiceui - GUI front end for ngspice / gnucap
  5. pcb - PCB layout
  6. gerbv - Gerber viewer
  7. Icarus Verilog - Verilog simulator
  8. GTKWave - Digital waveform viewer
  9. wcalc - Transmission line and electromagnetic structure analysis
gEDA gschem is used for electrical circuit design, schematic capture, simulation, prototyping, and production. Based on the website, the gEDA project offers a free software applications for electronics design in Linux, including schematic capture, attribute management, bill of materials (BOM) generation, netlisting into over 20 netlist formats, analog and digital simulation, and printed circuit board (PCB) layout.

gEDA Schematic Editor -- gDA = GPL Electronic Design Automation --Application to draw Electronic Circuit on Ubuntu also Linux Mint. Electronic circuit is an image that contains a circuit combination of electronic components such as resistors, capacitors, diodes, transistors, and IC (Integrated Circuit).

How to Install gEDA gschem circuit Drawing Electronics Applications in Linux

gEDA can be installed directly through Terminal because it is already in the Ubuntu repositories. Open your Terminal and type the following Linux command :
sudo apt-get install geda-geschem

How to Use gEDA Schematic Editor in Ubuntu / Linux Mint

You can find an electronic circuits symbol here as your reference. To run your gEDA gschem please click on the Start Menu >> Others >> gEDA Schematic Editor and the main window will appear. Click the toolbar icon to add a symbol of electronic circuit into a worksheet.

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Benefit of Using gEDA gschem to Create Electronic Circuits in Linux

Tools in the gEDA suite and associated tools have the following characteristics:
  1. Free in the monetary sense (no cost).
  2. All the file formats and source code are available via the GPL license. This license grants specific rights to the authors and users of GPL'd software.
  3. Independence from any one vendor. All gEDA tools come with full source. You may freely redistribute, change, improve and port the tools. You may also distribute your changes, if you follow the terms of the GPL.
  4. No mechanism is used to restrict the use of the tools (like making use of hard disk serial numbers or ethernet addresses to force the software to only run on one machine).
  5. No arbitrary, marketeering-driven limitations. Free versions of commercial tools usually include capricious limitations (i.e. limited design size, inability to print, inability to export netlists, etc.) which cripple the program, and force the serious user to buy the real tool. In contrast, the gEDA tools are fully-featured, and do not arbitrarily impose limits on design as a way of extracting money from you.
  6. Legacy design protection. Since the software will always be available, and can always be updated to work with updated operating systems or libraries, gEDA tool design files will always be viewable and editable.
  7. Open design flow. This means that the tools talk to each other via known and documented means (files / APIs). It is easy to replace a tool or augment the tools with something else if you so desire. The gEDA suite is an EDA toolkit. The individual pieces are loosely coupled and allow for end users to customize or replaces parts of the design flow.
  8. Stability - Bugs which cause crashes are investigated immediately and fixed as soon as possible.
  9. Minimize bloat and unnecessary features.
  10. Run on as many platforms as possible. For gEDA/gaf: GNU/Linux, various other Unix systems.
  11. Developed in an open (no secrets) fashion.
  12. Strive to be documented.