Protel PCB was marketed internationally by HST Technology since 1986. Originally it was sold only in Australia. It has roots back to 1985 when the company launched the DOS-based PCB design tool known as Protel PCB (which later emerged into Autotrax and Easytrax). It is developed by Australian software company Altium Limited.Īltium Designer was originally launched in 2005 by Altium, known at the time as Protel Systems Pty Ltd. Context-sensitive right-click menus are used extensively, and context-sensitive help ( F1) and in-command shortcut lists ( Shift+F1) are available everywhere.Altium Designer ( AD) is a PCB and electronic design automation software package for printed circuit boards. Like all of Altium's design technologies, the editors are designed to be quick to learn and easy to work in.
If you're new to Altium software, you might like to start with the concept to completion tutorial - based around a simple nine-component circuit, you'll start with a blank schematic sheet and end up with the PCB, along with the files needed to fabricate the board. Each video is a quick overview of how to solve a specific design challenge, such as Shaping the PCB in MCAD, or Maintaining the MCAD Constraints During Design Exchange. This challenge is being solved by Altium MCAD CoDesigner, technology from Altium that is bringing the ECAD and MCAD design domains together.ĭo you prefer to learn by watching? Then you might want to check out the growing collection of ECAD-MCAD Video Tutorials. What is needed is a 3D PCB design editor that can directly communicate design changes to a variety of mechanical design packages. Bridging them by saving files in an intermediate file format works, but is becoming inadequate - being error-prone, limited in functionality, and difficult to coordinate and manage. The ECAD-to-MCAD divide is the last of these design spaces to be bridged. This close connection is essential to ensure that all aspects of the final product correctly interface with each other, delivering to us those easy-to-use and familiar products such as our mobile phone, our laptop, and our electric car. Over many years these unique design spaces have become more closely connected. Beyond that, there can be specialized sections of circuitry to perform unusual sensing or signal transmission, or programmable hardware to implement high-speed signal processing.Įach of these independent designs - the mechanical enclosure, the electronic circuit, the printed circuit board, the microprocessor code, and the programmable hardware - uses its own design paradigm, with each design crafted through its own design editor. Firstly there's the enclosure you're holding inside that, there will be one or more electronic circuit boards, and on the board, there is often a microprocessor running software. The electronic product you hold in your hand is the melding of numerous, independent designs.
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