This video shows you how to manually route a complex PCB net using AutoTRAX DEX PCB.
It also demonstrates how to modify the routed net by adding and deleting a track.
See how DEX-PCB produces superb schematics and PCBs and see examples of the stunning 3D views of your PCB.
This video goes through the process of adding parts from the parts catalog to your schematics.
It first shows you how to very quickly find and add a part.
Next it goes into further details of how to use the add part dialog.
Finally, it details several of the powerful formatting tools that are available for the grid display that shows all the parts found.
Wiring together your parts in DEX-PCB is simple and fun. Also modifying the position of your parts is super easy.
This video shows you how to modify a part by saving it to the library, editing the part in the library and then dragging the modified part over your original part.
This video show you how to use the Navigator in DEX-PCB to quickly and easily find the parts in your design. This works for both schematics and PCBs.
This short video show you how in DEX-PCB you can quickly locate symbol terminals by pad name/pin number. This is very handy with large pin count devices.
This video shows you how to authorize your DEX-PCB software.
This video show you how you can change component values, such as the value of a resistor, and see the simulation result change in real-time.
This video show you how virtual instruments work on your schematics with real-time simulation.
This video shows you how to resize the content of a sheet to fill the sheet. This is extremely useful when you have a small design that only takes up a small area of the sheet and you actually want an enlarged area for both aesthetic reasons and for printing.
This video demonstrates the new radial context menu for DEX-PCB PCB designer.
This video show you how to create a PCB design by simply dragging pre-routed designs onto the schematic of your new design.
This video show you how to partition a design into an amplifier sub-system and a separate power sub-system.
This video shows you how to copy and paste a single circuit that has been laid out and routed to create a more complex circuit.
This video show you how to create a rectangular array of circuits by simply selecting, setting row and column counts and dragging. This was done using DEX-PCB.
This shows you how to replace a power connector with a battery on the board.
This video shows you how to convert a design built with TPH PCB technology to one using SMT. The design will be dramatically reduced in size and manufacturing costs will also be greatly reduced.
This video show the design of a simple LED ladder display. It takes you through the process from schematic, custom part creation and PCB manual routing with DEX-PCB.
This video show you how to dock/undock/collapse and float panels in DEX-PCB
This video show you how to partition a design into a amplifier sub-system and a separate power sub-system. The design uses pre-designed circuits and show you how to drag and drop them onto sheets to quickly create a sub-system. The sub-system are then connected together and finally the PCB is automatically created. This video uses DEX-PCB and demonstrates schematic design, PCB layout, auto-routing and 3D visualization.
This video gives you a quick view of the 100W amplifier sample that comes with DEX-PCB. It shows the schematic, PCB and the PCB in 3D. You also get a glimpse of Active3D
This video show you how DEX-PCB saves every change you make to a project to a special backup directory. This is the perfect 'Get out of jail free card' if your computer crashes due to power outage etc.
This show you how to create a PCB board from a schematic, layout the parts on the PCB, minimize the size of the PCB and auto-route the PCB with a single click.
In DEX-PCB you can change the orientation, font and scaling of part reference designators in PCBs and schematics. In schematics you can also change the color.
This video shows you how you can easily update your copy of DEX-PCB. The automatic update is optional and can be turn on or off.
This video gives you a quick overview of DEX-PCB when you run it for the first time.
This video shows you how to install DEX-PCB
The video show you how to switch between short and full viewport cross cursors in DEX-PCB.
This video show you how you can measure distances between objects in DEX-PCB
This video show you how to view and alter the settings used by DEX-PCB in a simple place - the Settings Panel.
This video show you how to view the XML file format used by DEX-PCB. You can make changes to your project and see how the file content changes.
This video show you how to view status, zoom in and out and turn on/off smart pan and the display of tooltips.
This video show you how to change the line and fill colors of objects in DEX-PCB.
This video show you how to arrange the viewports as either tabbed viewports or tiled viewports. It also show you how to float a viewport in DEX-PCB.
This video gives you a quick overview of the DEX-PCB workspace and show you the different menus and dockable panels. It also describes the tooltips.
The video demonstrates some of the capabilities of DEX-PCB, including schematic and PCB design together with 3D modeling, front panel design, artwork and diagrams.
This video gives you a quick overview of DEX-PCB Design Express and its abilities to perform schematic design, simulation, PCB layout and solid modeling.
The video demonstrates how to use the DEX-PCB ribbon menu's shortcuts. DEX-PCB is an integrated electronic design program with schematic capture, pcb layout and design together with spice simulation. It also comes complete with 3D output for MCAD.
This video demonstrates hierarchical top-down design using DEX-PCB.
In DEX-PCB you can save a design to the library for later re-use. This video show how an amplifier is saved to the library and then re-used.
Learn how to set your DEX-PCB to a scary halloween theme.
This video demonstrates how to use guides in DEX-PCB to accurately position objects to horizontal, vertical and point guides.
This video demonstrates how to create a simple resistor ladder using DEX-PCB.