ALTIUM PCB DESIGN SUMMIT PROFESSIONAL

Using the 3D Altium Designer CAD tool, we have been able to efficiently integrate the new devices inside the model even with a significant lack of space. One other topic is the integration of the mechanical enclosures and the PCB boards designed.

We will describe how we have approached and managed the requests using Altium Designer. Starting from what it is needed in a Wind Tunnel in terms of acquisition systems and electronic devices, we will present some practical applications related to specific needs. This choice was a winning one allowing us to react and create new custom devices in a very efficient and quick way. In our experience, we introduced Altium Designer in 2011 to our Wind Tunnel department as an electronic devices design tool. In order to be able to deliver electronic devices in time the design process, validation, prototyping and testing have to be as quick as possible. It is quite common to receive special requests at the last moment. Have you never been asked to increase work efficiency when designing electronic prototypes? How did you handle your PCB design merging reliability, mechanical integration and short delivery time? During the design and preparation processes, time is a key factor. We will also be demonstrating Altium Designer 19вЂ™s new Advanced Layer Stack Manager that can assist in optimizing the stack-up, with pre-defined materials library and impedance control profiles. Investing the time in initial stack-up planning with your fabricator prior to routing will ensure that your design will have less errors and be optimized for best-cost. Your fabricator will take into account all the capabilities of their processes to plan the most cost-effective production sequence and define design rules that can actually be fabricated.Дuring this session, we will discuss the requirements you should communicate with your fabricators, as well as introduce the DFM Guidelines they should provide with your unique stack-up. Most people think a stack-up design is just the Z-axis view of the layers stacked to meet the customer requirements for overall thickness and layer count вЂ“ with a controlled impedance table in one place and a drill table in another place. This film explores how the C64 (predecessor to the C128) came to be the best-selling computer in history and the story behind some of CommodoreвЂ™s most notable machines.Д¬ommunication is key to creating an effective layer stack-up in PCB Design. BilвЂ™s pioneering work with Commodore, along with the other key players who helped develop CommodoreвЂ™s computers, was the subject of a new documentary film, The Commodore Story.

ALTIUM PCB DESIGN SUMMIT PROFESSIONAL

He will also share some of the hard-won wisdom heвЂ™s gained over decades as a self-made electronics design professional and discuss his experiences at Hackaday. Bil will join us for an intimate fireside chat to share personal stories from some of the earliest days of personal computers, and recount what it was like to bring the first generation of home computers to market.Дuring this presentation, Bil will provide valuable insight into his experiences designing hardware for the largest computer company of itвЂ™s time (wildly outselling Apple computers), Commodore Business Machines. The journey in between is what Bil Herd, principal engineer behind the Commodore 128 and popular vlogger for Hackaday, will discuss in this keynote. Computer hardware has come a long way - from bulky, less-than-portable computing systems to cellular phones that fit into the palm of your hand.

Altium pcb design summit