Videos

44 Draftsman Seamless PCB Drawing Process Watch Video

5:53 Output Environment: Draftsman - Upgrade Watch Video

1:23 Unified Designer Draftsman - Features Watch Video

4:15 AltiumLiveSD_Recap_ALL Watch Video

5:35 Top 5 reasons to upgrade AD15... Watch Video

6:38 Six Basic Design Rules for Any PCB Design - OnTrack Watch Video

4:12:02 Lee Ritchey's Highspeed Design Class Learn everything you need to know about High Speed Design from Lee Ritchey. This class was recorded at AltiumLive Munich and is rich in design wisdom and knowledge. Watch Video

1:31:06 Overcoming Part Selection and Sourcing Challenges with ActiveBOM Sign up to pre-register for AltiumLive next year or try Altium Designer today. Watch Video

45:50 Design for Test: Determining the Value of the JTAG Interface During the Schematic Stage After a brief explanation about modern test methodologies and in-system programming capabilities via the JTAG interface on chip, board, and system level, the focus of this presentation will be on the necessity and ways for improving your design for testing (DFT) and fast in-system programming. This is best done during the schematic stage. Studies and experience show that if you do, your company will substantially save engineering time and build Watch Video

34:38 Wind Tunnel Race Car Models and Custom Prototype Devices Design 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. It is quite common to receive special requests at the last moment. In order to be able to deliver electronic devices in time the design process, validation, prototyping and testing have Watch Video

41:29 You Design & You Manufacture: Additive Manufacturing of Complex Multilayer Circuits This is an era where product life cycles are shrinking and demands on PCB designers are relentless. The need for speed is clear and additive manufacturing now allows for rapid in-house iteration in complete secrecy. This session will describe the technical aspects of how 3D printing and additive manufacturing is migrating to the world of electronics and what it means for designers. Learn about the wide range of applications and real-world use Watch Video

42:34 Power Delivery Analysis in Battery Powered Wireless Products Battery powered wireless devices can present a number of design challenges, especially the combination of being space constrained along with having dynamic current requirements both during RF transmission and charging, in which minimizing IR drops within the PCB layout to achieve maximum efficiency is critical. Whilst careful design can be used to mitigate potential IR drop issues, the use of Power Delivery Analysis in the layout gives much Watch Video

45:14 Enabling Cohesive ECAD/MCAD Collaboration Learn about enabling ECAD / MCAD collaboration and see how you can improve your design teams today. View the presentation slides: Sign up to pre-register for AltiumLive next year or try Altium Designer today. Watch Video

50:46 Digital Standards and Samples for Rigid-Flex Technology Rigid-flex technology offers some unique advantages for high reliability applications in miniaturized systems. But getting started can be difficult and the variants and possibilities are diverse. Because of this, standardization is mandatory to meet quality and cost which starts not in production, but with the design. This presentation will demonstrate how rigid-flex design can be achieved in Altium Designer, while also showcasing some nice Watch Video

46:09 Injection Molded Structural Electronics: Creating Smart Surfaces with Electronic Functionality Learn about Injection Molded Structural Electronics and creating smart surfaces from the experts at Tactotek. View the presentation slides: Sign up to pre-register for AltiumLive next year or try Altium Designer today. Watch Video

41:54 FPGA Guidelines for Efficient Design and Verification Developing hardware that involves an FPGA requires work in both an FPGA environment and a PCB design tool. They are separate environments, but require close interaction. In this interaction there are different approaches and strategies possible. In my presentation I will outline different approaches, peculiarities of FPGA systems, useful naming conventions and explain why keeping a strict relationship between names on the FPGA and PCB will save Watch Video

48:57 High-Speed Board Design Rules to Get Your PCB Designed Right the First Time Understanding the principles of signal/power integrity and EMI by the electronic engineer is necessary, but unfortunately our experience does not guarantee the successful functioning of the system. Converting the principles into quantities built by the PCB layout designer will bring us closer to this goal. This lecture will cover 10 critical issues regarding the return current path and bypass capacitors roles, cross talk by coupling, Faraday Watch Video