#Diptrace pattern editor tutorial how to#

To set conductive trace width and trace clearance, go to Route > Route Setup.ĭiptrace Route Setup – Trace Width and Clearence.To autoroute the PCB click Route > Run Autorouter.After Routing is complete, top view and bottom view.Use this Drop Menu to Switch Layers – DipTrace Next step is to add Copper Pour to PCB.Copper Pour reduces noises, makes etching easy and provide strength to PCB. Then draw border of the PCB around the components and press enter after completing.įirstly Select Bottom Layer as given above.In the connectivity option, select the net (Usually Ground net) in the Connect to Net and Thermals as 4 spoke. (Net name of a particular Pad or Trace can be find by right clicking on it). Next step is to add Mounting Hole, for that select Objects > Place Mounting Hole.Place mounting hole in each corner of the PCB design and you can edit it dimensions by right clicking on it. Right Click on Copper pour border > Update (Generally 6mm outer diameter and 4mm inner diameter). Now you can export or print your PCBs using the options given the File Menu. Hope this tutorial will give you a quick start on DipTrace.

We will post more tutorials soon, stay tuned with us.This file type includes high-resolution graphics and schematics when applicable.

#Diptrace pattern editor tutorial how to#

This article takes a look at how to get a 3D preview of a printed-circuit-board (PCB) project designed using mid-level PCB design tools, such as EAGLE and DipTrace. It also discusses how to integrate these EDA systems with mechanical CAD software. I will try to describe both software packages “as is,” and avoid any conclusions. The ability to see the real-life model of a PCB in 3D allows the designer to avoid mistakes.